NEWS RELEASE
6 December 2004
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Malvern appoints new product manager for rheology systems
NEWS RELEASE
6 December 2004
Malvern appoints new product manager for rheology systems
Malvern Instruments (Malvern, UK) has appointed Stephen Carrington to the position of product manager for the company's rheology systems. The appointment reflects Malvern's continuing development and expansion of the company's team of rheology specialists. Malvern added rheological properties measurement to its product portfolio twelve months ago with the acquisition of Bohlin Instruments and is committed to delivering excellent technical and applications support worldwide.
Stephen Carrington has a degree in chemistry and polymer science and his PhD thesis focused on 'The extensional flow of polymer solutions'. He joins Malvern from MicroRheology Ltd, a company that he co-founded as a spin out from the Physics Department at the University of Bristol. He brings to this new role extensive scientific and technical expertise in the field of rheology as well as recent business experience. As product manager Stephen will be based at Malvern's headquarters in the UK and as part of the worldwide team will be responsible for the definition and instigation of new product development programmes for Malvern's rheometry products. In addition he will work with territory experts to identify growth opportunities to maximize worldwide sales of rheometry products.
Details of Malvern Bohlin rheology systems can be found at www.malvern.co.uk
Stephen Carrington, Ph.D., the new rheology product manager at Malvern
Instruments.
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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ULTRASONIC SCIENTIFIC EXPANDS CUSTOMER SUPPORT TEAM
| Ultrasonic-Scientific Ltd 1 Richview Office Park Clonskeagh, Dublin 14 Tel 353 1 218 0600 Fax 353 1 218 0601 Website: www.ultrasonic-scientific.com E-Mail info@ultrasonic-scientific.com |
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NEWS RELEASE
December 2004
Ultrasonic Scientific Ltd., innovator in High-Resolution Ultrasonic Spectroscopy (HR-US) for material analysis, has appointed multi-lingual product specialists Dr. Jean-Marc Sabattié and Dr. Gregor Stieger to further support customers worldwide.
Ultrasonic Scientific's customer-led approach requires an experienced team of HR-US specialists to support customers in the use of ultrasonic spectroscopy and to assist them in solving a range of analytical problems. Dr. Sabattié and Dr. Stieger complement this team, bringing with them extensive expertise in material analysis and characterisation as well as fluency in at least two European languages. This extends the multi-lingual product support Ultrasonic Scientific offers, which now includes English, French and German.
Dr. Sabattié and Dr. Stieger will be working closely with Ultrasonic Scientific customers and potential customers, providing on-site demonstrations of the HR-US instruments and designing new solutions for a range of material analysis problems in the pharmaceutical, biotech, petrochemical, cosmetics, polymer and food and beverage industries. Dr. Sabattié will also be utilising his presentation skills by giving HR-US seminars.
Dr. Sabattié, who has a PhD in Physical Chemistry from the University of East Anglia brings work experience from two of Ireland's top universities to the post. As senior researcher at Dublin City University, he analysed sol-gel materials for photonics and sensing applications. Prior to this, he was project manager for an analytical chemistry distance teaching project at University College, Cork. Dr. Steiger has a PhD in colloidal chemistry and extensive experience working at global pharmaceutical organisation Novartis AG and the Max-Planck Institute for Metal Research in Germany.
Breda O'Driscoll, the Managing Director of Ultrasonic Scientific, comments: "We are delighted to have Dr. Sabattié and Dr. Stieger join our team of world leading experts in ultrasonic spectroscopy. With their invaluable experience and knowledge, both are excellently qualified to maintain Ultrasonic's high levels of customer service, providing effectual solutions to a broad range of analytical problems."
Ultrasonic Scientific is a pioneer in ultrasonic analytical technology and is continuing to expand its customer support team in response to the company's growing international customer base. For more information please email info@ultrasonic-scientific.com visit www.ultrasonic-scientific.com or call on +353 1 218 0600
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| Ultrasonic-Scientific Ltd 1 Richview Office Park Clonskeagh, Dublin 14 Tel 353 1 218 0600 Fax 353 1 218 0601 Website: www.ultrasonic-scientific.com E-Mail info@ultrasonic-scientific.com |
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NEWS RELEASE
December 2004
Ultrasonic Scientific Ltd., innovator in high-resolution ultrasonic spectroscopy (HR-US) for material analysis and twice nominated for the Pittcon Editors' Awards will launch its pioneering NEW ultrasonic Colloid Stability Analyser on booth # 3816 at Pittcon 2005, Orlando, U.S.A, February 27 - March 4, 2005. This new instrument complements Ultrasonic's award winning range of HR-US spectrometers; the full range will be on show at Pittcon 2005. In addition, Ultrasonic Scientific will be providing Pittcon 2005 attendees with poster and oral presentations on the use of HR-US technology in the biotech, biomedical and food industries.
Debuting at Pittcon 2005 is Ultrasonic Scientific's 'first of its kind' HR-US Colloid Stability Analyser for the analysis of emulsions and suspensions at pressures up to 10 bar. The HR-US Colloid Stability Analyser is perfect for use by R&D and process development scientists and QA/QC analysts in the pharmaceutical, food and beverage, cosmetics, personal care and other industries. This new ultrasonic instrument provides precise quantitative measurements including information on average particle size, particle concentration and rate of sedimentation/creaming assessing degree of flocculation/aggregation in suspensions. As the instrument can be pressurised up to 10 bars, it is also perfect for analysis of liquids with low boiling points or liquids at high temperatures (above boiling point).
Furthermore, the HR-US Colloid Stability Analyser provides the following benefits:
§ Small sample size analysis;
§ Analysis of opaque materials;
§ Data processing algorithms, and
§ Non-destructive analysis.
Ultrasonic Scientific will also be exhibiting its full HR-US range on booth # 3816. Amongst the products on show will be the Pressurising System which is a powerful tool for customers who need to analyse samples at pressures above 1 atmosphere and the HR-US 102 P spectrometer, which offers the flexibility of using the HR-US 102 with a full complement of external cell modules.
Finally, following the success of its presentations at Pittcon 2004, Ultrasonic Scientific will be extending its range of seminars by providing two poster and oral presentations at Pittcon 2005 - 'Ultrasonic All Chemical Reaction Detection for Biotechnology and Biomedical Applications' and 'Analysis of Food Colloids using High-Resolution Ultrasonic Spectroscopy: New Capabilities'. These presentations will provide specialists in the biotech, biomedical and food industries with an insight into the advantages of HR-US technology over traditional analytical techniques.
For more information on Ultrasonic Scientific's award-winning HR-US technology, please visit booth # 3816 at Pittcon 2005, email info@ultrasonic-scientific.com visit www.ultrasonic-scientific.com or call on +353 1 218 0600.
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New Modular Research Rheometer Designed to Meet Your Expanding Needs!
ATS Rheosystems
December 2004
The NEW VISCOANALYSER Rheometer system from ATS RheoSystems is an efficient, easy-to-operate, research rheometer.
The VISCOANALYSER system was designed following a modular concept, and can be upgraded to meet a user's expanding needs and requirements without any compromise in performance.
Designed for R&D and QC, the unit is delivered with all necessary components to begin measurements. RheoExplorer V5 operational software, sample measuring system(s), and an air regulator and filter come standard. Also included is a minimum of 2 days rheometer installation and commissioning.
In addition to a full range of measuring systems and rheometer accessories, which include UV, High Pressure, and Low and High Temperature, the VISCOANALYSER system can be upgraded by the addition of our patented Differential Pressure Normal Force Sensor for Quantitative Normal Stress Measurements.
As the user's needs expand, the VISCOANLYSER system can expand proportionally.
This modular rheometer has wide application in the food, paint, coatings, polymer, composites, asphalt, pharmaceutical and electronic materials industries.
For more detailed information and specifications on the VISCOANALYSER Rheometer system, call ATS RheoSystems at 1-609-298-2522, email info@atsrheosystems.com or visit our website at www.atsrheosystems.com
# # #
Client Contact: Steven M. Colo, smc@atsrheosystems.com
ATS RheoSystems 52 Georgetown Road Bordentown, NJ 08505 609-298-2522 info@atsrheosystems.com www.atsrheosystems.com
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Fully automated powder flow testing using Freeman Technology's FT4 Powder Rheometer
NEWS RELEASE
17 November 2004
Freeman Technology has launched the first in a new range of 'plug and play' accessories that will fully automate powder flow testing on the company's FT4 Powder Rheometer.
The FT4 is used in a wide range of manufacturing industries including pharmaceuticals and fine chemicals, ceramics, powder coatings, toners and personal products. Its applications range from optimising new formulations and improving the efficiency of the manufacturing processes to the establishment of QC criteria for raw materials, intermediates and final product.
The new automated aeration accessory for the FT4 allows the flow properties of powders to be measured at different levels of aeration to determine how flowability depends on the amount of entrained air. Its full automation eliminates the need for operator intervention, thus removing the major source of measurement variation and error.
This important advance has been made possible by the recent development at Freeman of a highly sophisticated universal control card that provides a seamless interface between the instrument, the accessory and the user. Users of the FT4 Powder Rheometer will be able to add a series of accessories that streamline powder assessment, bringing closer Freeman's goal of providing the powder processing market with a universal powder testing solution.
In a further development towards this goal, Freeman recently added fully automated shear testing capabilities to the FT4, broadening its applications. The shear cell allows users to accurately and reproducibly assess powders in terms of shear strength, providing information that is additional and complementary to the dynamic flowability data generated in a standard FT4 measurement. www.freemantech.co.uk
For further information about Freeman Technology, its products and services, please visit www.freemantech.co.uk or call +44 (0)1684 310860.
Automated accessories
for the FT4 Powder Rheometer are all controlled through the standard FT4 user
interface
Freeman Technology is a specialist company pioneering the measurement and understanding of powders and their flow properties. Founded in 1989, the company developed the novel, patented technology that forms the core of its Powder Rheometer system at its design and manufacturing centre near Malvern in Worcestershire, UK.
Systems are now installed in many countries around the world in a variety of organisations - from university research departments to major pharmaceutical company laboratories.
Please send enquiries to: Reg Freeman, Freeman Technology Boulters Farm Centre Castlemorton Common Welland Malvern, Worcestershire UK WR13 6LE Tel: +44(0) 1684 310860 Fax: +44 (0) 1684 310236 info@freemantech.co.uk
www.freemantech.co.uk
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| Ultrasonic-Scientific Ltd 1 Richview Office Park Clonskeagh, Dublin 14 Tel 353 1 218 0600 Fax 353 1 218 0601 Website: www.ultrasonic-scientific.com E-Mail info@ultrasonic-scientific.com |
|
NEWS RELEASE
October 2004
Ultrasonic Scientific Ltd. announces the addition of a new application for High-Resolution Ultrasonic Spectroscopy (HR-US) - the analysis of heat stability of milk samples. Heat stability is usually defined as the time needed to cause visible coagulation of milk at a given temperature, and analysis of this complex process is useful for the dairy, food and beverage industries as well as laboratories and academia.
Through the use of HR-US, coagulation can be detected during the real time monitoring of milk subjected to high temperatures, high precision measurements can be carried-out and the monitoring of structural transitions in the sample is made possible. HR-US also enables the continuous monitoring of changes in the composition and structure of the sample whilst it is submitted to a high temperature. This is extremely difficult with other analytical techniques due to both the opacity of milk the high temperature and excessive pressure at which the experiment is carried out.
HR-US uses the two parameters of velocity and attenuation of the ultrasonic waves to access new information about both the chemical dynamics and structure of the sample. HR-US provides high-resolution measurements and is a non-destructive and versatile technique that does not require any optical activity or transparency of the samples. .
In addition, HR-US requires a small sample volume (typically 1ml) and allows the analysis of a broad variety of sample types, chemical reactions and processes. This includes the measurement of concentrations of components, transition temperatures, temperature intervals and kinetics of sedimentation and creaming as well as the analysis of particle size in suspensions and emulsions.
To find out more about Ultrasonic Scientific's HR-US Spectrometers email info@ultrasonic-scientific.com visit www.ultrasonic-scientific.com or call on +353 1 218 0600
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NETZSCH-Gerätebau Announces Conferment of the NETZSCH-GEFTA Award 2004 to Dr. Stefan Sarge
29 October, 2004
FOR IMMEDIATE RELEASE:
The NETZSCH-GEFTA Award 2004 was presented to Dr. Stefan Sarge from Braunschweig, Germany on Oktober 5, 2004 as part of the 25th anniversary celebration of the creation of the German Thermal Analysis Society (GEFTA).
Dr. Sarge began his professional development with his diploma thesis and then his doctoral dissertation, both of which he prepared under the direction of Professor Heiko K. Cammenga at the Institute for Physical and Theoretical Chemistry of the Technical University of Braunschweig. He dedicated himself to solid-state reactions in organic materials and pursued these with TG, DSC, thermo-optical analysis and scanning electron microscopy, among other methods. Later, he also carried out analyses of organic reaction kinetics with dynamic calorimetry, tests of purity determination and the recording of phase diagrams using DSC und DTA.
After earning his PhD in 1988, he worked under the direction of Günther Höhne at the University of Ulm’s Calorimetry Section for a few months in the area of high-pressure DSC and created the groundwork for the construction of a calorimeter which could be employed up to 4 kbar. Thereafter, he was at the University of Queensland in Brisbane, Australia for one year where he conducted post-doctorate studies on phospholipids with calorimetric and surface-physical methods together with G. T. Barnes.
This was the work, covering a period of about 6 years, for which GEFTA accorded him the first NETZSCH-GEFTA Award for Promising Young Scientist in 1990. Dr. Sarge thereby became the first scientist to receive a scientific award from GEFTA not only at the beginning, but also in the middle of his career.
Since 1990, Dr. Sarge has been working at the Physical-Technical Federal Agency (PTB), where he has been the director of the laboratory for caloric quantities since 1991.
His scientific findings comprise 38 original works, 2 book chapters, a patent, and 31 lectures – of which several were primary lectures at which he was invited to speak – as well as many poster contributions.
Dr. Sarge acquired his national and international reputation primarily through various activities which are closely tied to the objectives and concerns of our association. For example, for almost ten years he has been a very acitve participant in both of the GEFTA calibration research groups, whose results have been officially recommended by the ICTAC for several years.
The NETZSCH-GEFTA Award and the NETZSCH-GEFTA Award for Promising Young Scientist honor exceptional scientific achievement in Thermal Analysis and are alternately conferred on an annual basis by GEFTA's Board of Directors.
The prize is sponsored by NETZSCH-Gerätebau GmbH of Selb in Bavaria, Germany, a globally active manufacturer of instruments for thermoanalytical measurement.
About NETZSCH
A&T NETZSCH-Gerätebau GmbH, the "Analyzing and Testing"
business unit of the NETZSCH Group, develops and manufactures a broad range of
high-precision instrumentation for thermal analysis and for the characterization
of thermophysical properties of raw materials and finished parts for research,
development and quality control. Instruments for process controlling, such as
for in-situ cure monitoring of resins, paints and adhesives, complete the line.
The versatile methods are employed mainly by customers in academia and industry
for applications in the polymer industries and in the fields of chemistry,
pharmacy, foods, paints, metallurgy, building materials, ceramics, refractories
and environmental analysis. Technology leadership and uncompromising quality
standards make NETZSCH A&T one of the world’s leading manufacturers and
service-providers in these areas. Further information can be found at www.ngb.netzsch.com
.
NETZSCH-Gerätebau GmbH Wittelsbacherstraße 42 D-95100 Selb Tel.: +49 9287 881-0 Fax: +49 9287 881144 at@ngb.netzsch.com
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Mathis Instruments Welcomes New International Distributors
October 28, 2004, Fredericton, NB - Mathis Instruments, developer and manufacturer of analytical instruments, is pleased to welcome five new distributors to their network of international distributors: AGESCO, International Chemical Scientific, TechMax Technical Co Ltd., Doo Ree Tech, and Spectronic Instruments.
"Establishing a network of distributors enables Mathis to strengthen its position world-wide," said Karina Schmidt, Director of Product Development. "As Mathis continues its growth and expansion around the world, it is important that we continue to find the right channel partners who understand our business, can drive demand for our solutions, and can grow along with us."
About AGESCO
AGESCO is a leading importer of control equipment, electrical components, metals
and metal powder located in Maadia, Egypt. They are also an exporter of minerals
including: calcium carbonate, kawleen, faced bricks, medical plants, olive oil.
About International Chemical Scientific
International Chemical Scientific (ICS), located in Seoul Korea, is owned and
operated by Young Wook Ryu. ICS represents a diverse instrumentation portfolio
with strong relationships in the electronics, fine chemical and pharmaceutical
industries. www.icskorea.co.kr
About TechMax Technical Co., Ltd.
TechMax Technical Co Ltd. was established in 2002 and is located in Taipei City,
Taiwan. TechMax provides professional, customized, and affordable products &
services to meet the thermal analysis needs of their customers.
About Doo Ree Tech
Doo Ree Tech, located in Seoul, Korea, is an importer of laboratory and process
equipment. Their current product portfolio includes: NIR Spectrometer,
Calorimeter, Elemental Analyzer, and Polymer Contamination Analyzer.
www.dooreetech.com
About Spectronic Instruments
Spectronic Instruments, located in India, represents diverse scientific
instruments from well-reputed overseas manufacturers to various governments and
semi-governments, R&D centers, universities, and defense laboratories.
About Mathis Instruments
Established in 1995 and based in Fredericton, NB, Mathis Instruments provides
non-destructive, thermal sensor technology solutions for R&D, production and
quality control applications, delivering fast, accurate measurement of thermal
conductivity and thermal effusivity in seconds with virtually unlimited sample
size.
For more information please contact Nadine Chiasson by phone at (877) 827-7623, or via e-mail at Nadine@MathisInstruments.com . Additional information on Mathis Instruments, including media downloads is available at: www.MathisInstruments.com .
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SETARAM announces new General Manager
PRESS RELEASE
25 October 2004
Contact: Guylaine HUREL Tel. +33 (0)4 72 10 25 08 Fax: +33 (0)4 78 28 63 55 e-mail: hurel@setaram.com
Caluire, France, October 25, 2004 – Gilles WIDAWSKI has joined SETARAM Instrumentation (Caluire, France) as General Manager.
Gilles WIDAWSKI obtained a PhD in material science at Strasbourg University
in 1993, more particularly in the field of conducting polymers for electronics
and optical application.
After one year in Cambridge University in UK, he joined Essilor International, world leader in ophthalmic lenses in 1995 as R&D Manager. He moved to Alcatel Corporate Technical Department in 1998, as Advanced Research Manager for the Cables & Component sector. In 2000, he took over a marketing position in the field of Optical Fiber & Cable.
When Alcatel Cable business was spun off in 2001, he joined the newly created company Nexans, world leader in cable industry. He built the International Corporate Research Center in Lyons. At that time, among the others equipment, he had the opportunity to buy a complete range of thermal analysis instruments for polymer characterization.
As the new General Manager, his focus will be to better position Setaram products and services in line with customers needs and expectation. His goal is also to improve all customer interfaces, to reinforce marketing strength, a prerequisite to have a customer driven strategy. “Setaram has strong know-how and technologies. The product range will be adapted to better serve fast growing market as pharmaceuticals, foods, biology, electronics and some niche market in the field of polymers, security of processes, nuclear application, petroleum products” Gilles WIDAWSKI said.
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About SETARAM Instrumentation
SETARAM Instrumentation (Caluire, France) is a leading supplier of high
performance thermal analyzers and calorimeters. It has been working in the area
of thermal analysis and calorimetry for more than forty years and has built
itself a solid reputation as expert specialized in high temperature thermal
analysis and Calvet calorimetry. SETARAM Instrumentation does not simply supply
standard instruments for every thermal analysis technique (DTA, DSC, TGA,
simultaneous TGA-DTA/DSC, coupled TGA-EGA, TMA…), it also supplies the widest
range of devices.
SETARAM Instrumentation is also distributing in Europe:
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Download new applications notes for Malvern's three-in-one particle characterization system
PRODUCT NEWS
11 October 2004
A series of new downloadable notes describing applications of the Malvern Zetasizer Nano system in the characterization of polymers, proteins and other biomaterial is now available on the Malvern Instruments website. These can be accessed via www.malvern.co.uk, or visitors can go directly to the Zetasizer Nano areas using www.zetasizer.com.
Malvern's Zetasizer Nano measures particle size, zeta potential and molecular weight of nano-sized particles and molecules, with all three measurements offered in a single, compact instrument. The Zetasizer Nano simplifies the size measurement and stability characterization of a wide range of disperse systems and molecules in solution.
The use of patented NIBS® (Non Invasive Back Scatter) technology enables particle size measurement at the high sensitivity necessary for small and poorly scattering molecules, such as proteins and polymers. It also allows measurement at high concentrations of up to 20% w/v, so that samples including emulsions, pigments and toners require little or no dilution. Measuring particle size from 0.6 nm to 6 micron, it requires as little as 12 microliters of sample.
Malvern's M3-PALS technology for zeta potential measurement combines second-generation implementation of Phase Analysis Light Scattering with Malvern's patented M3 measurement technology. It provides the highest accuracy over a wide range of applications and allows full automation of the measurement process.
Measurement of absolute molecular weight using the classical Debye plot is supported by a standard operating procedure that guides the user, and can be completely automated using the new MPT-2 autotitrator. www.malvern.co.uk
Malvern's Zetasizer Nano system
For more information, please contact:
Trish Appleton, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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Freeman Technology appoints Sales Director
NEWS RELEASE
08 October 2004
Freeman Technology (Malvern, UK) has appointed Dr. Terry Cooper as Sales Director. This new position has been created as part of Freeman Technology's continuing programme of expansion, driven by the success of the company's powder rheometer both in the UK and international markets.
Terry Cooper brings extensive international sales and management experience to this new role and joins Freeman Technology from Brewer Science, a US supplier of specialty materials and equipment to the semiconductor industry, where he headed the company's European operation. Prior to this, he held senior management positions at Broner Engineering and also at Malvern Instruments where he managed the company's German subsidiary.
Welcoming Terry to the team, managing director Reg Freeman, said: "We see the establishment of this new position of sales director as a very important step in the further development of Freeman Technology. We are delighted that Terry has joined us; the expertise and experience that he brings to the company will be invaluable. One of Terry's main tasks will be to further grow our sales and service operation in support of our international customer base."
This expansion of the Freeman Technology team coincides both with the completion of building work to extend the company's production and customer support facilities, and preparations to launch a new range of fully automated accessories for the FT4 Powder Rheometer. These new products will be unveiled later this year at the annual conference of the American Association of Pharmaceutical Scientists in Baltimore.
For further information about Freeman Technology, its products and services, please visit www.freemantech.co.uk or call +44 (0)1684 310860.
Dr.
Terry Cooper who has joined Freeman Technology as Sales Director
Dr Terry Cooper (right) with Freeman Technology Managing Director Reg Freeman
Freeman Technology is a specialist company pioneering the measurement and understanding of powders and their flow properties. Founded in 1989, the company developed the novel, patented technology that forms the core of its Powder Rheometer system at its design and manufacturing centre near Malvern in Worcestershire, UK.
Systems are now installed in many countries around the world in a variety of organisations - from university research departments to major pharmaceutical company laboratories.
For more information, please contact:
Trish Appleton or Richard Kent, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
richard@kapleronline.com
Please send enquiries to: Reg Freeman, Freeman Technology Boulters Farm Centre Castlemorton Common Welland Malvern, Worcestershire UK WR13 6LE Tel: +44(0) 1684 310860 Fax: +44 (0) 1684 310236 info@freemantech.co.uk
www.freemantech.co.uk
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COLUMBUS, Ohio (October 6, 2004) - METTLER TOLEDO, a leading global supplier of thermal analysis instruments, has named Dr. Kenneth Alexander as the recipient of the 2004 METTLER TOLEDO Thermal Analysis Education Grant in honor of Professor Edith A. Turi. Dr. Alexander is currently Professor of Pharmacy at The University of Toledo in northwest Ohio.
Professor Alexander, who developed the Industrial Pharmacy graduate program at The University of Toledo and is currently its Coordinator, received the prestigious award on October 6th, at the NATAS Conference in Williamsburg, Va. Dr. Alexander is being recognized for his work in developing innovative programs to provide well-informed and educated chemical analyst for the pharmaceutical industry. These programs are designed to provide thermal analysis education in instrument operation, method development and data interpretation to those students who can then function in a pharmaceutical environment.
"Dr. Alexander illustrates the growing need for continued education and research in thermal analysis for the pharmaceutical markets. Through his graduate program, he and his team provide a springboard for the dissemination of knowledge and experience to the students, explains METTLER TOLEDO Thermal Analysis Business Manager, Tom Basalik. To date, the University of Toledo program has produced more than 100 graduate students with their degree in Chemistry and Pharmacy."
METTLER TOLEDO introduced the coveted grant package in 2000, awarding equipment and training that is valued in excess of $150,000. The award honors Dr. Turi for her long and distinguished career furthering education in the field of thermal analysis. The grant has been awarded in 2000, 2001, 2002 and 2003 to: Dr. Allan Myerson at the Illinois Institute of Technology, Dr. Chang Ryu at Rensselaer Polytechnic Institute, Dr. Bryan Coughlin at the University of Massachusetts, and Dr. Christopher Li of Drexel University, respectively.
METTLER TOLEDO has been a leading provider of thermal analysis instrumentation for more than 35 years. In this time, the company has actively supported education through donations to universities and scholarship funds and has sponsored the North American Thermal Analysis Society (NATAS) Award for Outstanding Achievement in Thermal Analysis since 1968. METTLER TOLEDO is proud to sponsor a grant for thermal analysis instrumentation that will help efforts to establish or enhance the education of current and future thermal analysts.
METTLER TOLEDO is a leading global supplier of precision instruments and is the world's largest manufacturer and marketer of weighing instruments for use in laboratory, industrial and food retailing applications. The Company also is a leading supplier of several related analytical and measurement technologies. METTLER TOLEDO Direct Laboratory Service supports a worldwide customer base in more than 100 countries. Additional information about METTLER TOLEDO can be found on the company web site www.mt.com .
Interested readers should contact METTLER TOLEDO AT 1-800-METTLER, or email labinsidesales@mt.com or visit www.mt.com/us for more information.
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New temperature-controlled multi-function Optical Analysis Cell for Malvern Bohlin rheometers
NEW PRODUCT
30 September 2004
Malvern Instruments has introduced the new Optical Analysis Cell (OAC) which can be mounted directly on to its Bohlin CVO, C-VOR and Gemini rheometers. The cell is designed to enable rheological and optical measurements to be made simultaneously on a single sample.
Sample temperature is controlled via the Bohlin software. A circulating fluid is used to accurately maintain the required temperature in the range -20 °C to 90 °C (± 0.1 °C).
The cell may be used to determine a range of optical properties including: light scattering effects; diffraction measurements; and determination of dichroism and birefringence.
An extensive range of measuring systems is available for use with the OAC: Quartz Concentric Cylinders; Quartz Upper and Lower Plates for light transmission (25 to 60 mm diameter); and Matt Black Upper Plates for light absorption (8 to 60 mm diameter).
Applications include determination of the stress optical coefficient, analysis of domain structures in liquid crystals and studying the dynamics of structure re-orientation in disperse systems, such as emulsions and suspensions.
For more information please visit www.malvern.co.uk
Optical Analysis Cell for Bohlin rheometers
For more information, please contact:
Trish Appleton, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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Distinguished scientist joins Malvern Instruments rheology team
NEW RELEASE
30 September 2004
Dr. Charles (Chuck) Rohn has joined the Malvern Instruments rheology products team in the US. As Applications Consultant, Chuck brings a wealth of experience and expertise in rheological measurement. Since Malvern's acquisition of Bohlin Instruments in November 2003, the company's portfolio has included rheological property measurement, adding to its world-renowned range of particle characterization systems. Chuck's appointment reflects Malvern's commitment to providing excellent technical and applications support for all its customers in this increasingly important area of material characterization.
Chuck Rohn has a distinguished and extensive background in rheological measurement, having held senior positions at both Bohlin Instruments and Rheometrics, as well as running international consulting firm Rohn and Associates. He has a substantial body of published research in the fields of rheology, dynamic mechanical analysis and thermal analysis.
Author of the book 'Analytical Polymer Rheology', Chuck's particular area of research is the relationship between the structure and processing properties of plastics and coatings. For several years he taught in the area of plastics technology and currently delivers courses in applied rheology at Pittcon, Kent State and MIT. He has recently been made a fellow of the Society of Plastics Engineers in recognition of his contributions in this field.
Dr. Charles (Chuck) Rohn
For more information, please contact:
Trish Appleton, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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Mathis Instruments Announces Partnership with Tote Systems International
September 15, 2004, Fredericton, NB, Canada and Burleson, TX, USA - Mathis Instruments and Tote Systems International have partnered to provide the complete package for automated, wireless blending control using their effusivity sensor systems. The successful output of this new venture will allow simple, scalable migration from formulation to manufacturing environments. This advancement is consistent with the PAT framework that is being advocated within the pharmaceutical industry.
“This automation project will give users what they have been asking for – uninterrupted feedback on their blending process, including endpoint and lubrication”, says Dr. Nancy Mathis, President and CEO of Mathis Instruments. “Beyond the science, we want to make implementation simple by offering a complete solution through our partnerships.”
“This is a three way win. Mathis brings the science, Tote brings the containerized material handling technology and the customer brings their process control requirements,” says Wade Meyer, Director of Business Development at Tote Systems. “Our combined knowledge brings a full solution to the customer.” Tote will provide an optimized mechanical interface for bins to work seamlessly with the effusivity sensors. This design is planned to be generic enough for all bin types and not be exclusively for Tote blenders.
About Mathis Instruments
Established in 1995 and based in Fredericton, NB, Canada, Mathis Instruments
Ltd. has developed innovative sensor technology to provide solutions for Process
Analytical Technology (PAT) environments. The Mathis technology uses thermal
effusivity to evaluate, monitor and control the uniformity of powders, liquids
and creams in real time. Already in use by several major pharmaceutical
companies, the Mathis technology is designed for material handling and
processing environments, specifically: blend uniformity, wet granulation,
separation kinetics, emulsion stability, drying and lubrication monitoring.
About Tote Systems
Tote Systems International is a leading supplier of containerized material
handling and process systems. Having invented the first Tote bin in the 1940’s,
Tote has continued to improve and expand the intermediate bulk container (IBC)
concept to ensure safe, efficient and flexible handling of both liquids and
powders. Tote IBC systems permit dosing, transport, storage, blending and
discharge of products from a dedicated and sealed container, eliminating costly
transfers and reducing operator exposure.
For more information about Mathis Instruments contact Nadine Chiasson, Sales/Marketing Coordinator toll free 1-877-827-7623 or via e-mail at Nadine@MathisInstruments.com or visit www.MathisInstruments.com.
For more information about Tote Systems International visit www.totesystems.com.
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New MultiSTAR™ DSC High Sensitivity Sensor Unveiled to Provide Increased DSC Sensitivity
September 3, 2004
The METTLER TOLEDO MultiSTAR™ DSC high sensitivity sensor has been designed to meet the demanding requirements of the pharmaceutical, polymer, and forensic markets for high sensitivity DSC measurements. Unique from other DSC sensors, the HSS7 sensor with 120 thermocouples, measures the heat flow of the sample side and reference side separately. As a result, unlike other heat flow sensors, the HSS7 DSC sensor does not require a homogenous sensor temperature.
Ideal for a variety of critical products, the new METTLER TOLEDO MultiSTAR™ DSC high sensitivity sensor can detect even weak effects, such as those which can occur with active pharmaceutical substances, food, polymers or biological products. Due to its high sensitivity, smaller sample quantities of high value pharmaceuticals or other products can be utilized.
"Heat flows are measured separately on the sample and reference sides, thus a homogeneous sensor temperature is not required," said METTLER TOLEDO Market Manager Tom Basalik. "Unsurpassed in the market, this DSC sensor out performs other competitive products."
Under standard TAWN sensitivity testing, the HSS7 is 5-10 times more sensitive than other sensors. As a result, smaller sample sizes may be utilized and small transitions such as solid-solid transitions can be easily detected. The MultiSTAR™ HSS7 DSC sensor is user replaceable and will be available as an option in new DSC822e differential scanning calorimeters with STARe version 8.10 software. Existing DSC822e or DSC821e differential scanning calorimeters can be upgraded to the new software and sensor.
METTLER TOLEDO is a leading global supplier of precision instruments and is the world's largest manufacturer and marketer of weighing instruments for use in laboratory, industrial and food retailing applications. The Company also is a leading supplier of several related analytical and measurement technologies. METTLER TOLEDO Direct Laboratory Service supports a worldwide customer base in more than 100 countries. Additional information about METTLER TOLEDO can be found on the company web site www.mt.com/usa.
Contact METTLER TOLEDO at
1-800-METTLER,
or email labinsidesales@mt.com
or visit www.mt.com/usa for further
information.
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NEW - fully automated powder testing using Freeman Technology's FT4 Powder Rheometer
2004 AAPS Annual Meeting and Exposition November, 7-11; Baltimore, MD Freeman Technology Booth No: 495
New product from Freeman Technology
At the 2004 AAPS Annual Meeting and Exposition (November, 7-11 2004; Baltimore, US), Freeman Technology will launch the first in a new range of accessories to automate the company's FT4 powder rheometer. The automated aeration accessory, for use in measuring the flow properties of aerated powders, will eliminate the need for operator intervention thus removing the major source of measurement variation and error. It is the first in a series of new 'plug and play' accessories designed to bring full automation to all FT4 powder testing processes.
This important new advance has been made possible by the recent development at Freeman of a highly sophisticated universal control card. This provides a seamless interface between the instrument, the accessory and the user. Existing and new users of the patented FT4 Powder Rheometer will be able to add a range of accessories that streamline powder assessment, bringing ever closer Freeman's goal of providing the pharmaceutical market with a universal powder testing solution.
The FT4 is widely used within the pharmaceutical industry, and has applications that range from the quality control of incoming raw materials through formulation, including the determination of granulation end-point and scale-up.
Throughout the AAPS conference, the Freeman Technology team will be available on Booth 495 to advise on automating powder testing using the FT4 Powder Rheometer.
For more details, visit www.freemantech.co.uk
Freeman Technology has pioneered the development of instruments that measure and classify the flow properties of powders. The company is based near Malvern in Worcestershire, UK. The FT Powder Rheometers closely meet the needs of powder users and processors - helping to solve problems of powder flow in order to aid formulation of new materials, optimize handling and processing, or provide quality control standards, for example.
For more information, please contact:
Trish Appleton or Richard Kent, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
richard@kapleronline.com
Please send enquiries to: Reg Freeman, Freeman Technology Boulters Farm Centre Castlemorton Common Welland Malvern, Worcestershire UK WR13 6LE Tel: +44(0) 1684 310860 Fax: +44 (0) 1684 310236 info@freemantech.co.uk
www.freemantech.co.uk
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Ultrasonic Scientific Exhibits its Latest HR-US Instruments at AAPS Annual Meeting
| Ultrasonic-Scientific Ltd 1 Richview Office Park Clonskeagh, Dublin 14 Tel 353 1 218 0600 Fax 353 1 218 0601 Website: www.ultrasonic-scientific.com E-Mail info@ultrasonic-scientific.com |
|
NEWS RELEASE
September 2004
Ultrasonic Scientific Ltd., pioneer of High-Resolution Ultrasonic Spectroscopy (HR-US) for material analysis, will be exhibiting its latest additions to the HR-US range on booth #2238 at the American Association of Pharmaceutical Scientists’ (AAPS) Annual Meeting (Baltimore, MD, 7-11 November 2004). The AAPS Annual Meeting is for pharmaceutical scientists within academia, industry, government, and other private and public institutions.
High-resolution ultrasonic spectroscopy is a non-destructive technique with enormous potential for the pharmaceutical industry. The technique uses precise measurements of velocity and attenuation of acoustical waves at high frequencies propagating through materials. It allows fast analysis of formulation consistency of raw materials, ingredients and intermediates, process impurity analysis, particle sizing, batch-to-batch variation, stability assessment and many other parameters.
Ultrasonic Scientific’s new HR-US Pressurizing System will be exhibited for the first time at AAPS. Providing pressurization of analyzed samples, the Pressurizing System is a powerful tool for customers who need to analyze samples at pressures above 1 atmosphere. This makes it perfect for analysis of bubble suppression, allowing samples to be characterized by the ultrasonic spectrometer in their pure, bubble-free state. The unit has an internal compressor delivering a desired pressure to each of two cells of HR-US spectrometers. Cells can be pressurized independently or simultaneously for differential measurements and two individual pressure outlet lines allow the user to set different pressures in each cell if required.
Ultrasonic Scientific will also be exhibiting its versatile HR-US 102 P high-resolution spectrometer, which offers the flexibility of using the HR-US 102 with a full complement of external cell modules. The 102 P operates with a standard liquid cell, a cell for semi-solids and a cell for flow measurements. These modules offer even greater flexibility for material analysis and are ideal for Research and Development and Quality Analysis/Quality Control applications in the pharmaceutical industry. The HR-US 102 P can also analyze optically opaque systems without the need for dilution or addition of chemical markers, and its impressive dynamic range allows for the analysis of liquids, concentrated emulsion, and hard gels.
The complete range of “P” version spectrometers includes:
HR-US 102-P– Ultrasonic Spectrometer with liquid cell and external module interface;
HR-US 102 SS-P – Ultrasonic Spectrometer with semi solid cell and external module interface; and
HR-US 102 FT-P– Ultrasonic Spectrometer with flow through cell and external module interface.
In addition, Ultrasonic Scientific will be exhibiting its Titration Accessory on booth #2238. The Titration Accessory allows enhanced analysis of intermolecular interactions, ligand binding, aggregation processes, gelation and phase transitions amongst others. The Titration Accessory enables measurement of the associated microstructural and molecular rearrangements in the sample and allows precision change in concentration of selected chemical components in the ultrasonic cell. With the Titration Accessory, titrations are performed automatically by computer control whilst a powerful stirring option permits a quick and homogenous mixing of titrant and analyte. This option opens up new possibilities for the analysis of highly precipitate compounds as they can be uniformly distributed through the sample.
To find out more about Ultrasonic Scientific visit booth #2238 At AAPS, email info@ultrasonic-scientific.com visit www.ultrasonic-scientific.com or call +353 1 218 0600.
Double-click image to enlarge.
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New High Pressure / High Temperature cell extends applications for Malvern Bohlin rheometers
NEW PRODUCT
20 August 2004
Malvern Instruments has introduced the new HPC 300 High Pressure/High Temperature Cell which can be mounted directly on to its Bohlin CVO, C-VOR and Gemini rheometers. The cell is designed to enable rheological measurements under conditions that simulate fluid processing, and extends the testing range to high pressure and high temperature applications. Such measurements cannot be made in open systems on conventional rheometers, but these conditions are often present in the processing environment. The HPC 300 has applications in a wide range of industries, including oil, petrochemicals, polymers, coatings, foods and personal care products.
The HPC 300 comprises a cup and bob assembly in a fully enclosed environment. An integrated electrical heater achieves temperatures of up to 300 ºC, with an operating range from 40 to 300 ºC. Pressurisation is from an external source (up to 300 Bar) or from vapour pressure generated by the sample under test. In addition the cell can be sealed to simulate, for example, processing conditions of aqueous solutions at high temperatures, or to determine the behaviour of samples with high volatile content over a range of temperatures and pressures. The HPC 300 can be used to measure flow properties in controlled stress or constant rate conditions as well as to determine structural information using low frequency oscillatory tests.
All the HPC 300's wetted parts are made from Hastelloy C which allows its use with a wide range of chemically aggressive samples. The bob sits on low friction jewel bearings and is driven by the rheometer through magnetic couplings. Titanium bobs are optionally available for situations requiring minimal inertia of the measuring system. Inlet and outlet ports allow sample addition and removal without the need to disassemble the cell, offering the possibility of online measurement. Further information at www.malvern.co.uk
The new HPC 300 High Pressure/High Temperature Cell mounted on the Malvern Bohlin Gemini rheometer
For more information, please contact:
Trish Appleton, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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Malvern Instruments offers New downloadable details for MPT-2 Autotitrator
NEWS RELEASE
11 August 2004
A detailed technical brochure is now available for Malvern Instruments' recently launched MPT-2 Autotitrator which is designed for use with the company's Zetasizer Nano systems. The brochure can be downloaded from the Malvern website at http://www.malvern.co.uk/common/downloads/MRK552-01lr.pdf or requested by emailing salesinfo@malvern.co.uk . In addition to providing a detailed technical specification, the new brochure describes the theory and mode of operation of the MPT-2 and summarises its key features.
Zetasizer Nano systems are used for measuring particle size, zeta potential and molecular weight of molecules and nano-sized particles. The new autotitrator allows users to make measurements over a range of sample conditions automatically using less than 5 mL of sample and the complete analysis method is stored to simplify comparison with other samples.
This is especially important for zeta potential determinations. Zeta potential alone is often used to make comparisons between materials and formulations. However, measuring zeta potential as a function of pH, conductivity and other parameters provides much greater insight into the processes involved in disperse systems.
Full details of the Zetasizer Nano can be found at www.malvern.co.uk .
The MPT-2 Autotitrator for Malvern’s Zetasizer Nano systems
For more information, please contact:
Trish Appleton, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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| Ultrasonic-Scientific Ltd 1 Richview Office Park Clonskeagh, Dublin 14 Tel 353 1 218 0600 Fax 353 1 218 0601 Website: www.ultrasonic-scientific.com E-Mail info@ultrasonic-scientific.com |
|
NEWS RELEASE
August 2004
Ultrasonic Scientific Ltd., world leader in analytical High-Resolution Ultrasonic Spectroscopy (HR-US) is offering FREE HR-US seminars for R&D, QA/QC and product and process development specialists who are involved in the analysis and characterization of materials and systems. The seminars provide attendees with an insight into how HR-US technology can be used to solve a range of analytical problems in industries such as chemical, pharmaceutical, food, petrochemical, biotechnology and polymer.
The HR-US seminars will be held on request at company locations and will be given by world leading experts in the field of ultrasound analysis. Each seminar will involve a 40-60 minute presentation on the benefits of HR-US technology and how it can be used to see intermolecular processes and analyse transparent and opaque samples. The diverse applications of the HR-US will also be explored including analysis of emulsion stability, sedimentation, antibody/antigen binding, enzyme kinetics and many more.
Rather than being a HR-US sales-pitch, the seminars are intended as an opportunity for individuals in the field of material analysis to learn about this new analytical technology including its benefits over traditional analytical techniques such as UV/VIS, FTIR and NMR.
HR-US provides an alternative powerful spectroscopy tool. This non-destructive technique is based on precision measurements of parameters of high-frequency sound waves propagating through analysed samples. These waves propagate through most materials including opaque samples (down to a volume of 0.03mL) and allow direct probing of intermolecular forces.
Companies interested in finding out how HR-US seminars can be held on their site should contact Ultrasonic Scientific direct on info@ultrasonic-scientific.com via www.ultrasonic-scientific.com or by calling +353 1 218 0600.
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Malvern shows latest rheometers and particle size analyzers at K2004
NEWS RELEASE
19 July 2004
| First time exhibitors! | |
|
K2004 |
Malvern Instruments will make its K show debut at K2004 in Düsseldorf in October this year. The company will exhibit Malvern Rosand capillary rheometers and the Gemini advanced, modular and compact rheometer system with 'fluids to solids' capability, as well as the Mastersizer 2000 laboratory-based particle size analyzer and the Parsum in-line particle probe.
Full information will be available on Malvern’s extensive range of rheometers and viscometers, and the company’s laboratory-based and in-process particle characterization systems.
Technical and applications experts will be on hand at the Malvern stand in Hall 10; H65, to discuss all aspects of particle characterization and rheology measurement.
Malvern is an established, world-leading manufacturer of particle characterization systems and in November 2003 the company acquired Bohlin Instruments, extending its areas of expertise to also include rheological property measurement.
Malvern Rosand capillary rheometers
A new melt tension or ‘haul off’ measurement apparatus for use with Malvern’s latest generation Rosand RH7D and RH10D capillary rheometers will be shown. The RH7-D and RH10-D are highly robust, floor-standing systems designed to operate under high loading conditions. The melt tension apparatus incorporates an automated spooling device for neat collection and storage of the extrudate and can be operated directly from the Rosand Flowmaster™ software. It has an exceptionally wide operating range: melt take-up speeds can be set at up to 2000 metres per minute with a dynamic range in speed of 100,000:1. Melt tension is measurable down to 0.005 grams.
Malvern Mastersizer 2000 particle size analyzer
Malvern Instruments’ Mastersizer 2000 is a fully automated particle size analyzer that uses the technique of laser diffraction to make measurements over the size range 0.02 to 2000 micron. It can handle amounts of sample ranging from only a few milligrams up to bulk minerals and chemicals. The instrument is driven by standard operating procedures (SOPs), making it easy for anyone to use and its software provides control and management of all measurement and data management tasks, guiding the user at every stage with online help and advice. Measurement protocols can be developed quickly and easily and shared between systems and between sites. A choice of sample dispersion units means that the system can be used equally well for the measurement of both wet and dry dispersions and it is a simple process to change between the two types.
Parsum in-line probe
Parsum in-line particle probes are new additions to Malvern’s comprehensive range of particle characterization systems for in-process applications that are sold throughout the world. Parsum is specifically designed to measure particles up to 2.5 mm in a wide variety of processes, including chemicals and all types of granulates. Since the probe is inserted directly into the process line, there is no need for any sampling. Real-time measurement, with automatic feedback to a central control room or computer terminal, enables direct upstream process control and monitoring of current production trends. Ideal measuring points are on the exit of granulators or spray driers to measure final grades, or on the feed materials for mills as an indication of "processability". In both scenarios, the probes are used principally for process optimization.
For full details of the complete range of Malvern systems and services visit www.malvern.co.uk
Malvern Rosand RH-7D and RH-10D Capillary Rheometers
Malvern Mastersizer 2000 particle size analyzer
Parsum in-line particle probe
For more information, please contact:
Trish Appleton, Kapler Communications
Suite 2, Cressner House
12 Huntingdon Street, St Neots
Cambridgeshire UK
PE19 1BD
Tel: +4 (0) 1480 471117
Fax: +44 (0) 1480 471118
trish@kapleronline.com
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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USP Announces the publication of a New General Information Chapter on “Effusivity”
July 19, 2004, Rockville, MD and Fredericton NB - The U S Pharmacopeia (USP) has just published their new General Information Chapter on Effusivity Technology <1073> in their July/August Edition of USP Forum (Vol. 30 No 4). This chapter describes and discus s e s Effusivity - a thermal property inherent in materials of all formats -solids , liquids , pastes and powders .
Already in use by several major pharmaceutical companies, this technology has been gaining acceptance by the industry for various applications including material characterization, blend uniformity monitoring as well as for end-point determination of the granulation and drying processes . Results are available in real-time and the technology can be instrumental for pharmaceutical R& D, formulation, process development and as a tool for process monitoring or Process Analytical Technologies (PAT).
"We are extremely pleased of the receptiveness that USP has demonstrated toward consideration of technologies that are non-traditional to the Pharmaceutical Industry" - says Nancy Mathis, President and CEO of Mathis Instruments Ltd. To access the USP General Information Chapter <1073> "Effusivity" on-line, visit the Mathis Instruments website at www.MathisInstruments.com , or request a copy from Nadine Chiasson at Nadine@MathisInstruments.com , or by telephone at (506) 462-7211.
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GABO QUALIMETER® Testanlagen
GmbH
Tel +49 51 64 80 19-0, FAX +49 51 64 80 19-30
Schulstr. 6, D-29693 Ahlden Internet: www.gabo.com , e-Mail: info@gabo.com
Press Release
July 2004
The most modern measurement technique on the sector of the dynamic mechanical analysis is shown by GABO QUALIMETER at the
K 2004 in Düsseldorf/Germany. With the instrument series EPLEXOR® we offer a wide range of dynamic material testing systems for the development of rubber and plastics as well as the characterization of viscoelastic properties according to the standards ASTM d-2231 and ISO 4664. Range of applications are material testing, thermal analysis, components testing, quality control, relaxation/retardation, Creep and Fatigue tests.Our product range includes six types with a maximum force of 25 N to 2500 N. Special designed machines can be manufactured by us according to customer needs for components testing or quality
control.The pulsed DMTS allows declarations about the rolling resistance of automobile and truck tires as well as plastic rolls, for instants rolls for conveyor belts – material PU). Through this method (P-DMTS) a simulation of the rolling resistance of roll coatings is possible. The results show a very high compliance with conventional testing methods like driving or drum tests.
Each
EPLEXOR® can be extended with the autosampler ASSS to a fully automatic system for the dynamic material testing or the dynamic mechanic thermal analysis.EPLEXOR. 500 N with Automatic Sample Supply System (ASSS)
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2 in 1 - Modern Goodrich Flexometer and DMTS/DMA system
GABO QUALIMETER® Testanlagen
GmbH
Tel +49 51 64 80 19-0, FAX +49 51 64 80 19-30
Schulstr. 6, D-29693 Ahlden Internet: www.gabo.com , e-Mail: info@gabo.com
Press Release
July 2004
Press Release
NEW NEW NEW NEW NEW
At the K 2004 in Düsseldorf/Germany GABO QUALIMETER introduces the brand new GABOMETER® – an intelligent universal GOODRICH flexometer (Goodrich flexometer according to ASTM D 623/ISO 4666).
The GABOMETER® works basically in the compression mode and can be equipped with up to three independent temperature measurement units in order to determine the heat build-up of the sample. A needle type thermocouple allows the measurement of the temperature inside the test specimen.
Optionally, the instrument can be rearmed to a complete high power DMA/DMTS system providing tensile, shear, Creep and Fatique tests.
Additional range of applications: material testing, thermal analysis, components testing, quality control, relaxation/retardation tests.
The GABOMETER® models can be equipped optionally with programmable generator cards for variable waveforms with automatic self-adjusting signal shape feedback loop. Maximum force up to 5000 N (1000 lbs).
An Autosampler (ASSS - Automatic Sample Supply System) as well as a FEM interface are also available for these systems.
GABOMETER
®
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New Research Software for Malvern Zetasizer Nano systems
NEW PRODUCT
29 June 2004
Malvern Instruments has announced the launch of a new Research Software package for its Zetasizer Nano series of particle characterization systems which measure the size, zeta potential and molecular weight of nanometer-size particles and molecules. Once installed, the new software integrates with the Zetasizer Nano’s standard software to provide extended post processing options and extra functionality suitable for research applications.
The extended post processing options include: control over the size and zeta potential algorithms; extra algorithms which include CONTIN and the most recent method for the conversion of mobility to zeta potential by White and Mangelsdorf; availability of further parameters; and a suite of extra reports.
The greater functionality includes access to the extended range linear correlator, giving a dynamic range in excess of 1.6 x 10E11. In common with the standard software, all the additional functions of the ‘Research Software’ have associated ‘Advice’ to guide users.
Further information about the Zetasizer Nano and associated software packages can be found at www.malvern.co.uk
Extended
post-processing options:
CAPTION
(below): Zetasizer Nano
USA contact: Please send sales enquiries to: Marisa Fraser, Malvern Instruments Inc Alison Vines, Malvern Instruments Ltd 10 Southville Road Enigma Business Park, Grovewood Road Southborough, MA 01772, USA Malvern, Worcestershire UK Tel: +1 508 480 0200 WR14 1XZ Fax: +1 508 460 9692 Tel: +44(0) 1684 892456 marisa.fraser@malvernusa.com Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk
www.malvern.co.uk
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Mettler-Toledo: New Software Launched to Support Superior Overall Thermal Analysis Solution
June 16, 2004
New Software Launched to Support Superior Overall Thermal Analysis Solution
The METTLER TOLEDO STARe software offers thermal analysis professionals the ability to measure, evaluate and assess samples with varying methods.
METTLER
TOLEDO is pleased to announce the launch of its new Thermal Analysis (TA)
software, STARe, version 8.1. As a critical component of the total STARe TA
solution, the new STARe software has been designed to support all METTLER
TOLEDO TA hardware enhancements, including the new DSC sensor. This innovative
software with Ethernet Capabilities has also been developed to deliver
increased efficiency and automation through simple operations in an XP
operating environment.
Representing Superior Thermal Analysis Results, with options for Expandability (STARe), the METTLER TOLEDO TA technology offers unmatched sensitivity in laboratory environments. The STARe 8.1 version software brings an integrated database, supporting GLP/GMP requirements, numerous evaluation possibilities, and the ability for multi-user multi-tasking. Supporting up to eight modules operating simultaneously in an MS Windows XP system, STARe offers unsurpassed flexibility for today's TA professional. -more-
Complete press release available at http://www.bkpublishing.com/STARe%20release.pdf
Interested readers should contact METTLER TOLEDO AT 1-800-METTLER, or email labinsidesales@mt.com or visit www.mt.com/us for more information.
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Malvern Instruments opens direct sales office in China
June 3, 2004
Malvern Instruments, suppliers of particle characterization and rheology systems, has opened a direct sales operation in China. This paves the way for expansion of the company's materials characterization business and the provision of enhanced support to its particle customers in this area. The new operation includes the establishment of five new offices located in Shanghai, Beijing, Guangzhou, Chengdu and Xi'an with an expanded team of 18 people who will deliver extensive sales, service and applications support locally and in local languages. www.malvern.co.uk
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Malvern Instruments: New appointment as Malvern Instruments opens direct operation in China
June 3, 2004
Dr Ren Xu, a widely respected specialist in the field of particle technology, has joined Malvern Instruments as Applications and Technical Support Manager for the Asian Region. An author of numerous publications and patents and a serving member of ISO and ASTM standards committees, Dr Xu joins the Malvern team from Beckman Coulter's Particle Characterization Business, where he led the product development and applications functions. www.malvern.co.uk
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NEWS RELEASE
BURR RIDGE, IL, June 1, 2004 - Fauske & Associates, Inc. (FAI), a world leader in the field of process safety management to the chemical and nuclear industries, today announced the introduction of its new Fast Thermal Activity Interpreter (FTAI) instrument for use by the chemical industry to help control chemical reaction hazards.
As thermal activity in chemicals can be induced by small amounts of contamination such as metals or moisture, control measures require frequent measurements. By keeping thermal activity below a specified value, storage size and allowable transportation times can be determined to prevent the occurrence of an uncontrollable runaway reaction.
Designed to monitor chemical systems undergoing contamination induced gaseous decomposition reactions, material oxidation or corrosion involving oxygen consumption, the Fast Thermal Activity Interpreter determines activation energies and rate laws at ambient temperature conditions. As a result, counter-measures can be activated to negate or control the reaction.
Intended for use on-site or on-line by technicians, operation of the instrument simply requires scrolling though a library of conditions and the appropriate method selected with the press of a button. Once the testing process is complete, results can then be presented either by a standard LCD display or compact flash memory card. Other options include a printer or the results can be sent to an Internet web server.
"We believe our Fast Thermal Activity Interpreter will be widely used to monitor many type of chemicals," said Kris Fauske, FAI's vice-president of operations and chemical systems. "Unlike instruments from other vendors that often cost in excess of $100,000 and take sixteen hours or more to complete a single analysis, FAI's instrument costs around $20,000 and has a measurement time of about one hour."
About Fauske & Associates, Inc.
Founded in 1980, Fauske & Associates, Inc. is a world leader in the field of process safety management to the chemical and nuclear industries, and has assumed leadership roles in the DIERS program for AIChE, and the IDCOR program for the nuclear power industry. FAI is recognized worldwide as expert in phenomenological modeling related to prevention and accommodation of chemical and nuclear plant accidents.
Information on FAI, its products and services can be found at www.fauske.com .
FTAI is a trademark of Fauske & Associates, Inc. and has a patent pending.
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Mettler Toledo Insight! Eductation Program
New 2004 Training Program Brings Affordable Education to Laboratory Balance, Titrator and Thermal Analysis Instrument Users
METTLER TOLEDO introduces Insight! education to enhance knowledge of skills and instruments within the industry and research communities
April 28, 2004
To enhance general competence and user skills on the instruments employed within its areas of expertise, METTLER TOLEDO has introduced Insight! 2004, an education program for the general laboratory professional who desires an affordable and convenient avenue for continuing education. The broad range of application seminars and courses are designed equally for both present users of METTLER TOLEDO or other-branded instrumentation.
- more -
Complete press release available at http://www.bkpublishing.com/Insight release.pdf
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ASTM NEWS RELEASE
INTERNATIONAL Standards Worldwide
Address 1OO Barr Harbor Drive, PO Box C700, West Conshocken, PA 19428-2951
USA
Phone 610.832.9500 FAX 610.832.9555 e-mail service@astm@org
Web www.astm.org
For Immediate Release Release #6903
Patrick K. Gallagher, Ph.D. Honored with ASTM International Award of Merit
W. CONSHOHOCKEN, Pa., 13 April 2004
Patrick K. Gallagher, Ph.D., emeritus professor of Ohio State University, has
been recognized with a 2004 ASTM Award of Merit from Committee E37 on Thermal
Measurements. He was formerly the Dow Professor for Materials Chemistry and
Engineering in Ohio State's Departments of Chemistry and Materials Science and
Engineering and currently is an adjunct professor of chemistry and materials
science at Clemson University in Clemson, S.C.
The ASTM Award of Merit, which is accompanied by the title of fellow, is the highest Society award given to an individual member in recognition of distinguished service and outstanding participation in ASTM committee activities.
A resident of Salem, S.C., Gallagher was the first chairman of Committee E37, and he played a critical role in the committee's organization. Gallagher works today on a number of E37 subcommittees and has championed standards based on thermal gravimetric analysis (TGA). He has focused on calibration for TGA test methods, which has led to innovative techniques to calibrate temperature. In addition, he has encouraged E37 to harmonize its efforts with those of the International Congress on Thermal Analysis and Calorimetry (ICTAC).
Gallagher is a former president of and a member of the North American Thermal Analysis Society (NATAS), which recognized him with an Outstanding Service Award, and of ICTAC. A NATAS fellow and an honorary member of ICTAC, Gallagher is also a member of the American Chemical Society and a fellow of the American Association for the Advancement of Science and the American Ceramic Society.
Other awards have been conferred on Gallagher, including the Mettler Award in Thermal Analysis, the Thermal Analysis Instrumentation (TAI)/ICTAC Award, the Kurnakov Medal from the USSR Academy of Science, the Semiconductor International Award for Research, and the Netzsch Award in Thermal Analysis. He has served on a number of editorial boards, and was honored with a commemorative issue of Themochimica Acta. Gallagher has published close to 300 papers in reviewed journals, serves as series editor for the Handbook of Thermal Analysis and Calorimetry, and holds five U.S. patents.
In his career, which included academic experience at Ohio State, industrial experience at Bell Telephone Laboratories and also military e x p e r i e n c e i n t h e U. S. Marine Corps. Gallagher focused on the synthesis, characterization and reactivity of inorganic materials. He concentrated on methods of synthesis, characterization of materials and processes by thermoanalytical methods, and the rates and mechanisms of the reactivity of solids.
Gallagher earned his B.S. in chemistry, his M.S. in inorganic chemistry, and his Ph.D. in inorganic chemistry from the University of Wisconsin in Madison.
ASTM Committee E37 on Thermal Measurements is one of more than 130 ASTM technical standardswriting committees. Established in 1898, ASTM International is one of the largest standards development and delivery systems in the world. ASTM standards are accepted and used in research and development, product testing, quality systems, and commercial transactions around the globe.
Gallagher/AoM2004
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ICTAC/TAI Curie Temperature Reference Materials
TA Instruments has secured an agreement with the International Confederation for Thermal Analysis and Calorimetry (ICTAC) to obtain the exclusive worldwide rights to distribute a set of six (6) certified and traceable Curie temperature materials for calibration of TGA apparatus. These materials are now fully documented for sale and available for shipment. The reference materials are solids (powders and films) and are sold in 1g quantities consisting of ALUMELâ, nickel, cobalt, and three cobalt / nickel alloys. The descriptions, part number and prices are shown below.
1. Magnetic Reference Material, PN 952500.901 $580 152 ºC, ICTAC Certified 2. Magnetic Reference Material, PN 952504.901 $580 357 ºC, ICTAC Certified 3. Magnetic Reference Material, PN 952508.901 $580 554 ºC, ICTAC Certified 4. Magnetic Reference Material, PN 952512.901 $580 746 ºC, ICTAC Certified 5. Magnetic Reference Material, PN 952516.901 $580 931 ºC, ICTAC Certified 6. Magnetic Reference Material, PN 952520.901 $580 1116 ºC, ICTAC Certified
All six materials are also available in a kit as follows: 7. TGA / SDT ICTAC PN 952541.901 $1,600 Curie Temperature Kit
The six individual materials listed above serve as replacement materials for those in the kit. They permit a temperature calibration at ~200 ºC intervals over the range 150 to 1120 ºC meeting the needs of most TGA customers.
The use of Curie temperature reference materials is the accepted way to calibrate TGA instruments using ASTM International standard test method E1582. The well-known change in magnetic behavior at a defined temperature results in a sharp apparent weight changes at the end of the transition under an imposed magnetic field.
Curie temperature reference materials are available from a number of sources. The ICTAC/TAI materials are the only available materials certified by interlaboratory testing and traceable to a national metrology laboratory. In the development of these materials, ICTAC's goal was to produce a material set and offer them for sale through NIST or other government standards laboratory. They commissioned Prof. Gallagher (formerly of Ohio State University now Clemson University) to develop six Curie temperature reference materials with certified values. However, by the time the materials were produced, NIST no longer wished to be the distributor for such materials. TA Instruments' agreement with ICTAC to acquire the entire consignment of these materials provides for their availability to the thermal analysis community.
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Brochure available at http://www.bkpublishing.com/Triton_Humidity_Brochure.pdf
For further information, contact:
Triton Technology Ltd.
MU5, Mansfield i-centre
Oakham Business Park Hamilton Way
Mansfield Notts. NG18 5BR U.K
Tel. +44(0)1623 600 625
Fax.+44(0)1623 600 626
email: sales@triton-technology.co.uk
websites: www.triton-technology.co.uk
www.trilogica.com
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Masscal introduces the Masscal G1, the first quartz crystal microbalance/heat conduction calorimeter available commercially
March 29, 2004
Many important chemical and biological processes occur at the gas/solid or liquid solid interface. For a gas in contact with a thin solid film, the gas may desorb, adsorb, or dissolve in the film or react with it catalytically. In the process, heat is generated or absorbed, the film gains or loses mass, and the viscoelastic properties of the film change. For example, in a coating containing volatile components, the components evaporate by absorbing heat, the film mass decreases, and the viscous film becomes a glassy solid.
To address this important area of measurement technology, Masscal Corporation, a start-up company based in Chatham, Massachusetts, introduced its first product at PITTCON 2004 in Chicago in early March. The Masscal G1 is the first quartz crystal microbalance/heat conduction calorimeter available commercially. It accepts thin film samples bound to the surface of replaceable quartz oscillators, and exposes these samples to gas mixtures of changing composition. Three quantities are measured simultaneously: (a) the thermal power (to .5 mW), the mass change (to 5 ng/cm2), and the change in motional resistance (to ± 0.1 ohm) of the damped oscillator when the sample film reacts with the probe gas. Any program of gas composition vs. time such as series of stepwise changes is achievable through mass flow controllers. These measurements can be analyzed to give thermodynamic, dynamic, and viscoelastic properties of the gas/film interaction. The G1 will find applications in pharmaceuticals and biotechnology, paints and coatings, heterogeneous catalyst characterization, and nanotechnology.
For further information about the Masscal G1, visit www.Masscal.com, send an email to info@masscal.com, or call 508-241-8628.
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Mettler Toledo New DSC High Sensitivity Sensor Unveiled to Provide Increased DSC sensitivity
late March 2004
The METTLER TOLEDO DSC high sensitivity sensor has been designed to meet the demanding requirements of the pharmaceutical, polymer, and forensic markets for high sensitivity DSC measurements. Unique from other DSC sensors, the patented HSS7 sensor with 120 thermocouples, measures the heat flow of the sample side and reference side separately. As a result, unlike other heat flow sensors, the HSS7 DSC sensor does not require a homogenous sensor temperature.
Ideal for a variety of critical products, the new METTLER TOLEDO DSC high sensitivity sensor can detect even weak effects, such as those which can occur with active pharmaceutical substances, food, polymers or biological products. Due to its high sensitivity, smaller sample quantities of high value pharmaceuticals or other products can be utilized.
"Heat flows are measured separately on the sample and reference sides, thus a homogeneous sensor temperature is not required," said METTLER TOLEDO Market Manager Tom Basalik. "Unsurpassed in the market, this DSC sensor out performs other competitive products."
Under standard TAWN sensitivity testing, the HSS7 is 5-10 times more sensitive than other sensors. As a result, smaller sample sizes may be utilized and small transitions such as solid-solid transitions can be easily detected. The HSS7 DSC sensor is user replaceable and will be available as an option in new DSC822e differential scanning calorimeters with STARe version 8.10 software. Existing DSC822e or DSC821e differential scanning calorimeters can be upgraded to the new software and sensor.
METTLER TOLEDO is a leading global supplier of precision instruments and is the world's largest manufacturer and marketer of weighing instruments for use in laboratory, industrial and food retailing applications. The Company also is a leading supplier of several related analytical and measurement technologies. METTLER TOLEDO Direct Laboratory Service supports a worldwide customer base in more than 100 countries. Additional information about METTLER TOLEDO can be found on the company web site www.mt.com.
Contact METTLER TOLEDO at
1-800-METTLER,
or email labinsidesales@mt.com
or visit www.mt.com/usa for further
information.
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Mettler Toledo introduces new HSS7 DSC sensor
March 8, 2004
METTLER TOLEDO Thermal Analysis Group is pleased to announce the introduction of the new HSS7 DSC sensor. Different from other DSC sensors, the patented HSS7 sensor with 120 thermocouples, measures the heat flow of the sample side and reference side separately. As a result, unlike other heat flow sensors, the HSS7 DSC sensor does not require a homogenous sensor temperature.
“Heat flows are measured separately on the sample and
reference sides, thus a homogeneous sensor temperature is not required,” said
METTLER TOLEDO Market Manager Tom Basalik.
“Unsurpassed in the market, this DSC sensor out performs other
competitive products. Under
standard TAWN testing the HSS7 is 5-10 times more sensitive than other
sensors.”
Ideal for a variety of critical products, the new METTLER TOLEDO DSC high sensitivity sensor can detect even weak effects, such as those which can occur with active pharmaceutical substances, food, polymers or biological products. Due to its high sensitivity, smaller sample quantities of high value pharmaceuticals or other products can be utilized.
"Heat flows are measured separately on the sample and reference sides, thus a homogeneous sensor temperature is not required," said METTLER TOLEDO Market Manager Tom Basalik. "Unsurpassed in the market, this DSC sensor out performs other competitive products."
Under standard TAWN sensitivity testing, the HSS7 is 5-10 times more sensitive than other sensors. As a result, smaller sample sizes may be utilized and small transitions such as solid-solid transitions can easily be detected. The HSS7 DSC sensor is user replaceable and will be available as an option in new DSC822e differential scanning calorimeters with STARe version 8.10 software. Existing DSC822e or DSC821e differential scanning calorimeters can be upgraded to the new software and sensor.
METTLER TOLEDO is a leading global supplier of precision instruments and is the world's largest manufacturer and marketer of weighing instruments for use in laboratory, industrial and food retailing applications. The Company also is a leading supplier of several related analytical and measurement technologies. METTLER TOLEDO Direct Laboratory Service supports a worldwide customer base in more than 100 countries. Additional information about METTLER TOLEDO can be found on the company web site www.mt.com/usa.
Contact METTLER TOLEDO at
1-800-METTLER,
or email labinsidesales@mt.com
or visit www.mt.com/usa for further
information.
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PerkinElmer adds powerful new capabilities to Pyris™ High-Sensitivity Thermal Analysis software
Late March 2004
Advances Benchmark Application for Materials and Pharmaceutical Labs
PerkinElmer, Inc. (NYSE: PKI), a leading provider of drug discovery, life science research and analytical solutions, has announced a new version of its PyrisTM thermal analysis software used in materials and pharmaceutical labs.
New Pyris 7.0 adds important productivity-enhancing capabilities with its real-time reference curve and calculations features. With these new features, a user can compare a current measurement against a reference curve during data collection and have the software execute real-time calculations during sample runs, enabling quicker decisions.
MultiCurve™, another new enhancement, allows users to save a view of several different data files in one single file for quick and easy reference. This can include similar instrument files or an overlay of multiple thermal analysis instrument curves (such as DSC, TGA, TG/DTA or TMA). Results can be saved and recalled at any time for review. Users can also generate reports and print while running multiple measurements.
These new features, coupled with the software's extensive list of standard features, make Pyris the most robust platform for high-sensitivity thermal analysis.
"Pyris 7.0 software adds significant new capabilities requested by our customers and extends these capabilities to many more labs using a full range of PerkinElmer thermal instruments," said Michael DiVito, business unit manager for thermal analysis at PerkinElmer. "Customers in the polymers, pharmaceuticals, and other materials industries can now benefit from having just one, powerful software platform for analysis, reporting and decision making as Pyris 7.0 now supports several additional instruments including the Diamond TMA and Sapphire DSC."
A broad range of optional software packages further enhance analytical capabilities and support specific needs of users. To meet increasingly important data security requirements in pharmaceutical and other industries, Pyris is available with 21 CFR Part 11-compliant tools such as user-level management, file protection, audit trails, electronic signature, and more. Other optional software packages enable users to determine specific heat, purity, crystallinity, and kinetic behaviors under various conditions.
Even with all of the new capabilities added to the standard features of Pyris 7.0, the software remains easy-to-use and flexible enough to be tailored to specific laboratory needs.
For more information about Pyris software and thermal analysis instruments from PerkinElmer, contact PerkinElmer at 1-800-762-4000 or visit the PerkinElmer Web site at www.perkinelmer.com.
PerkinElmer, Inc. is a global technology leader focused in the following businesses - Life and Analytical Sciences, Optoelectronics and Fluid Sciences. Combining operational excellence and technology expertise with an intimate understanding of our customers' needs, PerkinElmer provides products and services in health sciences and other advanced technology markets that require innovation, precision and reliability. The Company serves customers in more than 125 countries, and is a component of the S&P 500 Index. Additional information is available through www.perkinelmer.com or 1-877-PKI-NYSE.
PerkinElmer Pyris™ Software Enhances Productivity In Thermal Analysis
PerkinElmer, Inc.
710 Bridgeport Avenue
Shelton, CT 06484 USA
Phone: 203-925-4600 Fax: 203-944-4950
www.perkinelmer.com
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Anter Corporation Develops QuickLine™-50 Thermal Impedance Meter for Thermal Interface Materials
late March, 2004
Anter Corporation has developed the QuickLine™-50 Thermal Impedance Meter to address a pressing need in the electronic packaging industry to measure the thermal resistance of thermal interface materials, including phase change materials. This unique device (patent-pending) accounts for the bulk material as well as its interface resistances, offering significant improvements over existing methods in speed, range, accuracy and ease of use.
Instrument options are available to suit a range of temperatures (ambient, ambient to 100°C, ambient to 200°C), pressure loading (incrementally up to 200 PSI) and material types (pads, films, sheets, gels, pastes). The easy-to-use Windows™-based software provides fully automated operation and reporting, including tests involving sequential temperature points.
Anter, an ISO 9001:2000 certified company, is a leader in producing thermophysical properties analyzers used in determining thermal expansion, thermal conductivity, thermal diffusivity and specific heat capacity of a wide range of materials. The company supplies equipment and provides testing services to research and quality assurance laboratories worldwide. Information on Anter's products and testing services is available on the company's website at www.anter.com.
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UV-curing and Photocuring Accessory
(double-click image for full-size view)
March 15, 2004
TA Instruments Inc. (New Castle, DE) introduces the UV-Curing and Photocuring Accessories new for the ARES products. The Photocuring Accessory includes tools with a reflecting mirror, removable quartz plates, and a light source interface. The UV-Curing Accessory comes complete with a high-pressure mercury lamp UV light source. The light source includes a broadband filter for transmitting 320-500 nm light at a maximum intensity of >12,000 mw/cm2. When used with the new fast data sampling option, it is now possible to capture previously unobtainable data during fast curing reactions.
For additional information on the new Upper Heated Plate Accessory contact TA Instruments at 302-427-4000, email info@tainst.com or visit us on the web at www.tainstruments.com###
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AR 2000 Upper Heated Plate Accessory
March 15, 2004
TA Instruments, Inc. (New Castle, DE) introduces the new Upper Heated Plate Accessory (UHP) for the AR 2000 rheometer. The new UHP is an optional accessory for use with the Smart Swap™ Peltier Plate Systems. The UHP is designed to provide both upper heated plate temperature control and an enclosed purge gas environment. This powerful new accessory allows optimum heat transfer and minimum thermal equilibration time, setting a new standard in non-contact heating. The UHP uses unique modeling to provide matched upper and lower plate temperature during heating ramps of up to 15°C per min to a maximum temperature of 150°C. This feature truly sets the UHP apart from traditional designs in which the temperature of the upper plate lags the lower plate temperature. The UHP features cone and plate sizes up to 50 mm in diameter and can be used with special 25 mm and 8mm plates for asphalt testing. Flexible cooling options include an external circulator, or innovative new vortex cooling. For additional information on the new Upper Heated Plate Accessory contact TA Instruments at 302-427-4000, email info@tainst.com or visit us on the web at www.tainstruments.com
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AR 2000 Pressure Cell Accessory
(double-click image for full-size view)
March 15, 2004
TA Instruments, Inc. (New Castle, DE) introduces the new Pressure Cell Accessory for the AR 2000 rheometer. The new Pressure Cell is an optional accessory for use with the world's best selling research grade rheometer. This cell is ideal for characterizing materials that volatilize under atmospheric pressure. The Pressure Cell is designed with a sealed vessel that can be pressurized to 140 bar (2000, PSI) over a temperature range of -10 °C to 150 °C. This accessory contains an innovative high-powered magnetic coupling and low friction bearing design. For additional information on the new Pressure Cell Accessory contact TA Instruments at 302-427-4000, email info@tainst.com or visit us on the web at www.tainstruments.com
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AR 2000 Starch Pasting Accessory
(double-click image for full-size view)
March 15, 2004
TA Instruments, Inc. (New Castle, DE) introduces the Starch Pasting Cell (SPC), a new product for the AR 2000 Rheometer. The SPC is a combination of TA's most sensitive rheometer and a new cell designed in collaboration with leading scientists at one of the worlds largest starch producers. It is the most powerful and accurate tool for enhanced rheological characterization of the gelatinization process and final properties of starch products. Standard rheological methods, including steady, transient and oscillatory measurements can be conducted. The SPC uses TA's innovative new impeller design for superior mixing and control of sedimentation during testing. A precision temperature controlled chamber, with heating/cooling rates of up to 30ºC per minute, controls and measures actual sample temperature and is designed to minimize water loss during the cooking cycle. The SPC is a Smart Swap™ option for the AR 2000, the world's best selling research grade rheometer. For additional information contact TA Instruments at 302-427-4000, email info@tainst.com or visit us on the web at www.tainstruments.com
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(double-click
image for full-size view)
March 15, 2004
Tzero™ Technology Tzero™ is a technology that has revolutionized differential scanning calorimetry (DSC). Tzero™ Technology accounts for known differences in asymmetry factors (resistance and capacitance) within a DSC cell, plus differences in heating rate at the sample and reference platforms during a transition. These effects have lead to performance losses in all traditional DSC instruments. By measuring and accounting for them in a 4-term heat flow equation, Tzero™ technology provides a more accurate measure of heat flowing to and from the sample. This results in baselines that are an order of magnitude (or more) flatter than before, with consequent improvements in sensitivity. The technology also delivers better resolution due to faster signal return to baseline after a peak maximum. Additionally, Advanced Tzero™ technology provides sample "pan" temperature, which is the closest to actual sample temperature available from any DSC apparatus. It has also delivered performance improvements and speed of analysis in Modulated DSC®. For additional information contact TA Instruments at 302-427-4000, email info@tainst.com or visit us on the web at www.tainstruments.com
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(
English) NETZSCH announces strategic alliance with Bruker AXS, Inc.March 1, 2004
Press-Information
FOR IMMEDIATE RELEASE: NETZSCH-Gerätebau Announces Strategic Alliance with Bruker AXS in Japan Combined Thermal Analysis Product Line Will Be Marketed Selb, Germany – March 1, 2004 –
NETZSCH-Gerätebau GmbH, an operating company of the NETZSCH Group and a leading global provider of products and services for thermal analysis and for the characterization of thermophysical properties, announced today that it has signed a strategic distribution agreement with Bruker AXS, Inc. Under the terms of the agreement, Bruker AXS KK, based in Yokohama, Japan, will exclusively market nearly the entire NETZSCH thermal analysis (TA) product line in the Japanese market, effective immediately.
The combined TA product offering of NETZSCH and Bruker AXS KK reflects the complementary nature of both companies’ product lines. NETZSCH’s TA specialists in Japan will strengthen the Bruker AXS KK team. This agreement follows an already existing marketing cooperation between NETZSCH-Gerätebau and Bruker Optics GmbH on TA-FTIR hyphenated instruments. Bruker Optics GmbH in Ettlingen, Germany is a privately-held affiliate of Bruker AXS.
Mr. Sadao Ueki, President of Bruker AXS KK, commented: “The NETZSCH products have an excellent reputation for their quality and outstanding performance in Japan and we believe that we are now gaining more critical mass in distribution and support to drive further market share gain. Our staff is excited about this strategic alliance as it significantly broadens our product offering and also allows us to enter new application areas in our home market. We believe we can grow to become a strong number two in thermal analysis in Japan in the medium term.”
Mr. Yoshikuni Takiyama, the newly appointed General Manager of the Bruker AXS KK Thermal Analysis business unit, added: “It has been our desire to increase our presence in the thermal analysis market since joining Bruker AXS in early 2002. We are excited about this alliance and believe that our combined customer base will benefit from a much stronger support organization.”
Dr. Wolf-Dieter Emmerich, Managing Director of NETZSCH-Gerätebau, stated: “This strategic cooperation agreement with Bruker AXS KK will allow NETZSCH to further penetrate the Japanese materials characterization market. Our high-end products are complementary to the Bruker AXS TA product line, and therefore we have an excellent opportunity for both companies to further drive market share in the attractive Japanese thermal analysis market. The professional Bruker AXS sales and support organization with its excellent expertise and market penetration gives us high confidence that both companies will become leading TA instrument providers in Japan in the mid-term.”
About Bruker
AXS Bruker AXS is a leading developer and provider of life science and advanced materials research tools based on X-ray technology. The company develops, manufactures and markets worldwide advanced X-ray solutions for the threedimensional structure determination of biological and chemical compounds, as well as for advanced materials research and analysis. Its diverse customer base includes pharmaceutical and biotechnology companies, advanced materials, semiconductor, synthetic polymer, and basic materials companies, as well as university and government research customers. Applications include x-ray crystallography for structural proteomics, and automated systems for combinatorial materials sciences. Bruker AXS has the most diverse set of x-ray technology platforms for molecular and materials analysis. Bruker AXS Inc. is an operating company of Bruker BioSciences Corporation. For further information please visit www.bruker-axs.com.
CAUTIONARY STATEMENT OF BRUKER BIOSCIENCES Any statements contained in this press release that do not describe historical facts may constitute forward-looking statements as that term is defined in the Private Securities Litigation Reform Act of 1995. Any forward-looking statements contained herein are based on current expectations, but are subject to a number of risks and uncertainties. The factors that could cause actual future results to differ materially from current expectations include, but are not limited to, risks and uncertainties relating to the companies' reorganization strategies, integration risks, failure of conditions, technological approaches, product development, market acceptance, cost and pricing of the companies' products, changes in governmentalregulations, capital spending and government funding policies, FDA and other regulatory approvals to the extent applicable, competition, the intellectual property of others, patent protection and litigation. These and other factors are identified and described in more detail in our filings with the SEC, including, without limitation, our respective annual reports on Form 10-K for the year ended December 31, 2002, our most recent quarterly reports on Form 10-Q, our current reports on Form 8-K and the joint proxy statement/prospectus filed in connection with the merger. We disclaim any intent or obligation to update these forwardlooking statements. For Further Information: Michael Willett Investor and Public Relations Officer Tel: (978) 663-3660, ext. 1411 Email: Michael.Willett@bruker.com
About NETZSCH
A&T NETZSCH-Gerätebau GmbH, the "Analyzing and Testing" business unit of the NETZSCH Group, develops and manufactures a broad range of high-precision instrumentation for thermal analysis and for the characterization of thermophysical properties of raw materials and finished parts for research, development and quality control. Instruments for process controlling, such as for in-situ cure monitoring of resins, paints and adhesives, complete the line. The versatile methods are employed mainly by customers in academia and industry for applications in the polymer industries and in the fields of chemistry, pharmacy, foods, paints, metallurgy, building materials, ceramics, refractories and environmental analysis. Technology leadership and uncompromising quality standards make NETZSCH A&T one of the world’s leading manufacturers and service-providers in these areas. Further information can be found at www.ngb.netzsch.com. For Further Information: NETZSCH-Gerätebau GmbH Ingo-Ludwig Hammer, CFO Tel: +49-9287-881-140 E-mail: i.hammer@ngb.netzsch.com
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(Deutsch) NETZSCH announces strategic alliance with Bruker AXS, Inc.
March 1, 2004
Presse-Information
FÜR SOFORTIGE FREIGABE:
NETZSCH-Gerätebau kündigt Strategische Allianz mit Bruker AXS in Japan an
Kombiniertes Programm für thermische Analyse wird vermarktet
Selb/Deutschland – 1. März 2004 – NETZSCH-Gerätebau GmbH, ein Geschäftsbereich innerhalb der NETZSCH-Gruppe und einer der weltweit führenden Hersteller und Dienstleister im Bereich der Thermischen Analyse und für die Charakterisierung Thermophysikalischer Eigenschaften, hat heute angekündigt, eine strategische Vertriebsvereinbarung mit Bruker AXS, Inc. unterzeichnet zu haben. Gemäß den vertraglichen Vereinbarungen wird Bruker AXS KK, mit Sitz in Yokohama/Japan, nahezu das gesamte NETZSCH-Programm für Thermische Analyse (TA) auf dem japanischen Markt ab sofort exklusiv vertreiben.
Das kombinierte TA-Programm von NETZSCH und Bruker AXS KK ergänzt sich gegenseitig sehr gut. Die TA-Spezialisten von NETZSCH in Japan werden das Bruker AXS KK-Team verstärken. Diese Vereinbarung schließt an eine bestehende, weltweite Vertriebskooperation zwischen NETZSCH-Gerätebau und Bruker Optics GmbH für gekoppelte TA-FTIR Analysengeräte an. Bruker Optics GmbH in Ettlingen/Deutschland ist ein Teilunternehmen der Bruker AXS und in privater Hand.
Mr. Sadao Ueki, Vorsitzender der Bruker AXS KK, erläuterte: “Die NETZSCH Produkte haben in Japan einen hervorragenden Ruf für außerordentliche Qualität und Leistung und wir glauben, dass wir durch diesen Schritt unsere Vertriebs- und Servicekapazitäten erweitern können, um weitere Marktanteile zu erzielen. Unsere Mitarbeiter sind durch diese Allianz motiviert, eine Allianz, die unser Programm deutlich erweitert und uns auch ermöglicht, neue Anwendungsgebiete auf unserem Inlandsmarkt zu erschließen. Wir sind überzeugt, dass wir mittelfristig zu einer starken Nummer zwei in der Thermischen Analyse in Japan wachsen können.”
Mr. Yoshikuni Takiyama, der neuernannte Geschäftsführer der Bruker AXS KK, Geschäftsbereich Thermische Analyse, sagte: “Es ist unser Wunsch gewesen, unsere Präsenz im Markt für thermische Analyse zu verbreitern seit wir uns Bruker AXS 2002 angeschlossen haben. Wir sind über diese Allianz erfreut und glauben, dass unser gemeinsamer Kundenbestand von der Betreuung durch diese viel stärkere gemeinsame Organisation profitieren wird.”
Dr. Wolf-Dieter Emmerich, Geschäftsführer der NETZSCH-Gerätebau, erklärte: “Diese strategische Vertriebsvereinbarung mit Bruker AXS KK wird es NETZSCH ermöglichen, den japanischen Markt für Materialcharakterisierung weiter zu durchdringen. Unsere hochwertige Produkte und das Bruker AXS TA Programm ergänzen einander gegenseitig und daher haben beide Firmen eine ausgezeichnete Möglichkeit, den Marktanteil in dem attraktiven japanischen Markt für thermische Analyse weiter zu erhöhen. Die professionelle Vertriebs- und Serviceorganisation der Bruker AXS mit ihrer exzellenten Kompetenz und Marktdurchdringung gibt uns hohes Vertrauen, dass beide Firmen mittelfristig gemeinsam zu den führenden TA-Gerätelieferanten in Japan werden.”
Über Bruker AXS
Bruker AXS ist ein führender Hersteller und Lieferant von Messgeräten für Biowissenschaft und fortgeschrittene Materialienforschung basierend auf der Röntgentechnologie. Die Firma entwickelt, produziert und vermarktet weltweit hochentwickelte Röntgenlösungen für die drei-dimensionale Strukturaufklärung biologischer und chemischer Verbunde sowie für fortgeschrittene Materialforschung und -analyse. Ihr vielschichtiger Kundenkreis umfasst pharmazeutische und biotechnologische Firmen, Hersteller von high-tech Materialien, Halbleitern, synthetischen Polymeren und Rohstoffen, sowie Kunden in Bereich der Grundlagenforschung an Universitäten und öffentlichen Forschungseinrichtungen. Anwendungen schließen Röntgenkristallographie für Strukturproteomic und automatisierte Systeme für kombinatorische Materialwissenschaften ein. Bruker AXS bietet die breiteste Produktplattform für die Röntgentechnologie in der Molecularund Materialanalyse. Bruker AXS Inc. ist ein Geschäftsbereich innerhalb Bruker BioSciences Corporation. Weitere Informationen finden Sie unter www.brukeraxs.com.
Für
weitere Auskünfte: Michael Willett
Investor
and Public Relations Officer
Tel: (978) 663-3660, ext. 1411
Email: Michael.Willett@bruker.com
NETZSCH-Gerätebau GmbH Telefon: +49 9287 881-0
Wittelsbacher Str. 42 Fax: +49 9287 881144
D-95100 Selb/Bayern e-mail: at@ngb.netzsch.com
Über NETZSCH A&T
NETZSCH-Gerätebau
GmbH, der Geschäftsbereich "Analysieren und Prüfen" innerhalb der
NETZSCH-Gruppe, entwickelt, produziert und vertreibt Präzisionsgeräte für
thermische Analyse und für die Charakterisierung thermophysikalischer
Eigenschaften von Rohmaterialien sowie Fertigteilen für Anwendungen in
Forschung, Entwicklung und Qualitätskontrolle. Prozeßkontrollgeräte, wie z.B.
für in-situ Aufzeichnung der Aushärtung von Harzen, Lacken und Klebern ergänzen
das Programm. Die vielseitigen Methoden werden von Kunden in Akademia und
Industrie hauptsächlich genutzt zur Materialcharakterisierung und -Entwicklung
bei Polymeren, in der Chemie, der Pharmazeutik, bei Nahrungsmittel, Farben und
Lacken, in der Metallurgie, bei Keramik, Glas und Baustoffen, bei
Feuerfestmaterialien und für umweltrelevante Materialien. Technologieführerschaft
und höchste Qualitätsanforderungen machen NETZSCH-Gerätebau zu einem der
weltweit führenden Hersteller und Dienstleister in diesen Bereichen. Weitere
Informationen finden Sie unter www.ngb.netzsch.com.
Für weitere Auskünfte: NETZSCH-Gerätebau GmbH
Ingo-Ludwig Hammer, Kontroller
Tel: +49-9287-881-140
E-mail: i.hammer@ngb.netzsch.com
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March 2004
Rheometers alongside particle characterization systems on Malvern stand
Analytica 11-14 May 2004; New Munich Trade Fair Centre, Germany
Malvern Instruments, Stand No. A3.375
This year's Analytica (11-14 May 2004; New Munich Trade Fair Centre, Germany) will be the first at which Malvern Instruments will exhibit the company's range of rheometers alongside its latest particle characterization systems. This follows Malvern's acquisition of Bohlin Instruments in October 2003. The modular Gemini™ rheometer system, with new solids clamping apparatus, will be displayed together with Bohlin capillary rheometers.
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10 February 2004
Malvern Instruments launches extended programme of web seminars for 2004
Malvern Instruments has begun a new and extended programme of free web seminars that will run throughout 2004. The seminars are now an established part of Malvern’s customer support and education programmes and are open to all. They cover a wide range of particle characterization issues and this year’s programme sees for the first time the addition of rheology presentations, following Malvern’s acquisition of Bohlin Instruments in October 2003.
For full details of this year’ schedule, together with instructions on how to register, visit www.malvernevents.com|
For more information please contact: Please send sales enquiries to: Trish Appleton, Kapler Communications Tel: +44 (0) 1480 471117 Fax: +44 (0) 1480 471118 trish@kapleronline.com |
Alison Vines, Malvern Instruments Ltd Enigma Business Park, Grovewood Road Malvern, Worcestershire UK WR14 1XZ Tel: +44(0) 1684 892456 Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk |
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USA contact: Marisa Fraser, Malvern Instruments Inc 10 Southville Road Southborough, MA 01772, USA Tel: +1 508 480 0200 Fax: +1 508 460 9692 marisa.fraser@malvernusa.com |
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6 February 2004
New Solids Clamping System with Liquid Immersion
For testing ‘large’ solid samples in temperature controlled liquid
Bohlin Instruments has introduced a new fixture that enables ‘large’ solid samples to be tested whilst immersed within a temperature controlled liquid. The system is compatible with Bohlin CVO, CVO-ADS and Gemini rotational rheometers, and can be retrofitted to these systems. Temperature control is by means of a Peltier device which offers simplicity and compactness as well as relatively rapid changes in set point temperature. The advantage of using a liquid heat transfer medium is near perfect temperature control compared to other methods such as forced gas or radiation.
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For more information please contact: Please send sales enquiries to: Trish Appleton, Kapler Communications Tel: +44 (0) 1480 471117 Fax: +44 (0) 1480 471118 trish@kapleronline.com |
Alison Vines, Malvern Instruments Ltd Enigma Business Park, Grovewood Road Malvern, Worcestershire UK WR14 1XZ Tel: +44(0) 1684 892456 Fax: +44 (0) 1684 892789 salesinfo@malvern.co.uk |
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USA contact: Marisa Fraser, Malvern Instruments Inc 10 Southville Road Southborough, MA 01772, USA Tel: +1 508 480 0200 Fax: +1 508 460 9692 marisa.fraser@malvernusa.com |
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ATS Rheosystems introduces STRESSTECH HR Rheometer
For Real-Time UV Cure Monitoring & Shrinkage Determination for Developing Network Systems (DNS)
For Immediate Release
ATS RheoSystems of Bordentown, NJ has introduced its NEW STRESSTECH HR Rheometer equipped with novel UV Cure Monitoring Accessory and proprietary Fast Oscillation Data Acquisition Software.
The instrument utilizes the integrated light triggering capability and data collection rates greater than 100 points/s, along with combined shrinkage measurements for monitoring the real-time cure profiling of light activated DNS materials. The information is critical to optimizing formulations and processing conditions, and predicting product performance and acceptance.
Rheology, the science of dealing with the flow and deformation of materials, provides a link between the chemistry of the samples and its processing and performance qualities, including line speed, cure time, shrinkage, and ultimate mechanical strength.
The new rheometer utilizes Fast Oscillation Data Analysis which allows for real time UV cure profiling and shrinkage determination by providing the ability to capture the rapid, transient changes in the material.
The STRESSTECH HR Rheometer along with the RheoExplorer V5 software is designed to allow accurate measurements of DNS materials which typically exhibit shrinkage of 10-15% while curing.
For more detailed information and specifications on the STRESSTECH HR, call ATS RheoSystems at 1-609-298-2522, email info@atsrheosystems.com or visit our website at www.atsrheosystems.com
# # # #
Client Contact: Steven M. Colo, smc@atsrheosystems.com
ATS Rheosystems
52 Georgetown Road
Bordentown, NJ 08505
info@atsrheosystems.com
www.atsrheosystems.com
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ATS Rheosystems' New Melt Rheology & Dynamic Mechanical Analysis
ATS RheoSystems of Bordentown, NJ has introduced the DYNALYSER, a modular research level rheometer system designed specifically to address the challenging and diverse testing needs and requirements of the serious rheologist.
The DYNALYSER is designed for testing any rheologically significant materials such as thermoplastics, thermosets, elastomers, semi-solids and fluid systems. This instrument will perform steady, transient, and dynamic shear measurements using parallel plate, cone and plate, couette, rectangular torsion, dynamic tension, and other fixtures.
The operation and evaluation software supplied is based on the Windows XP operating system, providing a convenient platform for system networking and instrument operation. For precise control of sample temperature, DYNALYSER offers an environmental control system with a novel, indirect heated and cooled oven which provides a temperature range from -180° to +500°C.
For complete information and specifications on the DYNALYSER, call ATS RheoSystems at 1-609-298-2522, email info@atsrheosystems.com or visit our website at www.atsrheosystems.com .
X X X X
Client Contact: Steven M. Colo, smc@atsrheosystems.com
ATS RheoSystems 52 Georgetown Road Bordentown, NJ 08505 609-298-2522 info@atsrheosystems.com www.atsrheosystems.com
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Shimadzu Instruments New High Precision Thermomechanical Analyzer
February 2004: Shimadzu Scientific Instruments has introduced the highly flexible and efficient TMA-60 Series Thermomechanical Analyzers, which enable easy and precise TMA measurements. Two models are available. The TMA-60 is a full-expansion multi-functional system that enables various types of measurement to be performed on a variety of sample types. The TMA-60H is a differential expansion system designed for high-temperature expansion measurement of ceramics and glass. A high-precision, low drift digital displacement detector provides dramatically improved measurement accuracy of 1 μm/oC. An expanded detection range of +/- 5mm enables highly accurate TMA over a wide range from extremely small to large deformations.
Shimadzu's TMA-60 and TMA-60H utilize high-precision displacement sensors for automatic direct sample length measurements. Built-in cooling fans enable fast cooling cycles automatically, immediately following analysis completion. Two gas flow paths allow independent control of detector purge and direct introduction of steam or reaction gas into the furnace.
Coupled with the multifunctional TA-60WS software, the TMA-60 and TMA-60H offer easy operation for a wide variety of TMA applications and provide advanced data acquisition and reporting functions.
For more information, call (800) 477-1227, fax: (410) 381-1222, visit our Web site at www.ssi.shimadzu.com, or write Shimadzu Scientific Instruments, Inc., 7102 Riverwood Drive, Columbia, MD 21046.
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26 January 2004
New Melt Tension Apparatus with Automatic Spooling
Compatible with latest generation capillary rheometers
Bohlin Instruments has introduced a melt tension or ‘haul off’ measurement apparatus that incorporates an automated spooling device for neat collection and storage of the extrudate. The new device is compatible with Bohlin’s latest generation of Rosand capillary rheometers - the RH7D and the RH10D - and can be operated directly from the Rosand Flowmaster™ software. The automatic spooling feature avoids any tangling which might occur at high take up rates on a conventional ‘pinch’ roller system.
For further information on the above and all Bohlin products, contact sales@bohlin.co.uk or visit www.bohlin.com
FURTHER INFORMATION
|
Press information please contact: Trish Appleton, Kapler Communications Suite 2, Cressner House, 12 Huntingdon Street, St. Neots Cambridgeshire PE19 1BD UK Tel: +44 (0) 1480 471117 Fax: +44 (0) 1480 471118 trish@kapleronline.com |
Please
send sales enquiries to:
Lynda Watson
email: sales@bohlin.co.uk
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Contact Information:
Dile Holton, Ph.D.
Marketing Manager
MICROCAL, LLC
22 Industrial Drive East
Northampton, MA 01060
413-586-7720 x36
dholton@microcalorimetry.com
January 1, 2004, Northampton, MA. MicroCal, LLC announces the introduction of the AutoITC, a new high-throughput, isothermal titration microcalorimeter. The AutoITC is used to determine true binding affinities of a wide variety of biomolecules and ligands. Without the need for complex immobilization processes or secondary labeling the system is capable of analyzing approximately 20 unique samples per day with twenty-four hour unattended operation. The fully integrated autosampler and microcalorimeter are programmed through proprietary VPViewer™ software and post run data is quickly and easily analyzed with Origin®, an industry leading data handling package enhanced with flexible microcalorimetry applications-based protocols. Target user groups consist primarily of health and life science laboratories and pharmaceutical and biotechnology companies worldwide. Key applications include knowledge rich secondary screening in drug discovery, antibody engineering and quality control of liquid biopharmaceuticals.
MicroCal, LLC is the global leader in ultra-sensitive microcalorimetry for life science applications. Founded in 1977, MicroCal is an ISO 9000 certified facility dedicated to providing quality management systems for the design, production, sales and service of products in the field of microcalorimetry. The technology base for the instruments offered by MicroCal is protected by a strong patent portfolio and years of expertise. MicroCal’s current product offering also includes the VP-DSC microcalorimeter, VP-ITC microcalorimeter and the high-throughput VP-Capillary DSC Platform.
Further information on the AutoITC and MicroCal, LLC and can be found on the web at: www.microcalorimetry.com
Address and Phone:
MicroCal, LLC
22 Industrial Drive East
Northampton, MA 01060
Phone:
413-586-7720
Toll free: 800-633-3115
Fax:
413-586-0149
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Mathis Instruments to host International Conference
Fredericton, NB, January 2004 -
Mathis Instruments, developer and manufacturer of analytical instruments, announced that it has successfully won the bid to host the 28th International Thermal Conductivity Conference (ITCC) to be held at the Algonquin Resort in St. Andrew’s, New Brunswick in June 2005. Look for details on the next conference at www.thermalconductivity.org starting in March 2004.Karina Schmidt, Product Line Manager for Mathis Instruments, was selected as Chairman of the 28
th ITCC. "We are very excited to have been chosen from an elite group of companies and academic institutions to host this conference. ITCC has been a reliable source of up to date methods and instrumentation for the measurements of thermo-physical properties for scientists across government, academia and many industries for decades. We, at Mathis Instruments, are looking forward to providing an experience like no other with both a strong technical conference and an opportunity to network with fellow scientists in a beautiful, seaside resort," says Ms. Schmidt.Since 1961, the International Thermal Conductivity Conference has provided a forum for the
free exchange of ideas, advancement of the science, training of new professionals, and documentation of the state-of-the-art in thermo-physical properties.About Mathis Instruments
Established in 1995 and based in Fredericton, NB, Mathis Instruments provides sensor solutions for R&D, manufacturing and quality control environments, offering the latest in rapid, non-destructive thermal property testing systems.
For more information about
Mathis Instruments Ltd. Sponsorship of the 28th ITCC Conference please contact Karina Schmidt at 1-877-827-7623 or email:Karina@MathisInstruments.com
Additional information about
Mathis Instruments Ltd., including media downloads, is available at www.MathisInstruments.comFor more information on
International Thermal Conductivity Conference visit www.thermalconductivity.orgClick Here to Return to Top of Page
Instron® SFL, a leading provider of thermal solutions for the materials testing market, offers the first product in their new Heatwave series of environmental chambers. Designed to create environments at the extremes of temperature, these chambers determine how materials and components, used in markets such as microelectronics, biomedical, automotive and plastics, will respond under harsh conditions.
The Heatwave series uses forced air convection technology to reach temperatures up to 350°C (662°F) with optional cooling to -70°C (-94°F). The chamber is heated via a mineral-insulated element located around the circulating fan. The baffle plate ensures uniform heating by forcing the air around the top and bottom of the chamber. The air is then drawn back through the center of the baffle plate to be re-circulated.
The inner chamber is constructed from electro-polished stainless steel to give a highly reflective finish. This, combined with two internal lights, provides total illumination when inspecting specimens through the large observation window. Low thermal mass ceramic fiber insulation is packed around the inner chamber to ensure tests are performed at the required temperature. It features a Eurotherm embedded temperature controller with a touch panel interface.
The outer casings of Instron SFL’s Heatwave chambers are constructed from mild steel with a durable powder coated finish so that operators are protected from extreme temperatures. To further ensure user safety, an interlock switch cuts power to the heating elements and fan if the door is opened during operation. A dedicated over-temperature alarm protects the chamber from any extreme temperature variations.
About Instron
Instronâ SFL is a division of the Instron, a leading provider of testing equipment for the material testing and structural testing markets. Instron’s products test the mechanical properties and performance of various materials, components and structures in a wide array of environments. A global company providing single-source convenience, Instron is a full-service materials testing company that manufactures and services testing instruments, systems, software and accessories. Instron’s proficiency in designing and building testing systems to evaluate materials ranging from the most fragile filament to advanced alloys, affords Instron’s customers a broad capability for all their research, quality and service-life testing requirements.
For more information, contact Instron, 100 Royall Street, Canton, MA 02021; 800-564-8378; fax 781-575-5751; email info_news@instron.com . Information is also available on the company’s enhanced website at www.instron.com/pr .
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METTLER TOLEDO Introduces the TRITEC2000
Columbus, OH – The revolutionary new laboratory instrument, Tritec2000, is used for the precise measurement of the physical and chemical properties of materials. The Tritec2000 offers six modes of deformation, multiple head orientations and multiple operations’ modes. It is designed to perform better than currently available instruments because it is easy for both the novice and the expert to use. The Tritech20000 is distributed exclusively in North America by METTLER TOLEDO and is manufactured by Triton Technology, Ltd.
An integral part of the Tritec2000 DMA is the Fluid Bath System, which handles the challenge of immersion DMA measurements with ease. It is unique because it offers the capability of integrated temperature programming and precise control of the fluid bath chamber. The Bath chamber heater is plugged into the heater control system and uses it’s own PID control. If more than one fluid is used the system can store alternative PID settings to optimize the thermal control available. The chamber can also be used for humidity experiments. The new accessory has a temperature range from –100° C to 150° C, depending on the fluid used. Ports are provided on the service collar for re-circulation of gas or humidity if required.
According to METTLER TOLEDO DMA sales manager Tom Basalik, the Tritec2000 is a top-of-the-line, high precision measuring instrument that will be useful in all major industries, but especially has polymer, composites and food applications.
“The uniqueness of the bath chamber allows mechanical property measurement over a tremendous temperature range while the sample is immersed in a liquid or subjected to controlled humidity. It has the ability to perform heating ramp as well as isothermal experiments and to use every sample geometry including the largest bending clamps,” he said. “We are delighted to be the distributor of this product. It is an honor to be listed with the previous winners who have become household names, ” Basalik added.
The R&D100 Awards from R&D Magazine were established in 1963 and have included such products as the flashcube (1965), the automated teller machine (1973) the liquid crystal (1980), the Nicoderm antismoking patch (1992) and Taxol anticancer drug (1993). This year's Awards will be presented in Chicago on October 4. The honor entitles Mettler-Toledo to be the subject of an article in the print and online versions of the September issues of R&D Magazine, in addition to being showcased during a multimedia presentation at the ceremony.
METTLER TOLEDO is a leading global supplier of precision instruments and is the world’s largest manufacturer and marketer of weighing instruments for use in laboratory, industrial and food retailing applications. The Company also is a leading supplier of several related analytical and measurement technologies. METTLER TOLEDO Direct Laboratory Service supports a worldwide customer base in more than 100 countries. Additional information about METTLER TOLEDO can be found on the company web site www.mt.com/usa .
Contact METTLER TOLEDO at 1-800-METTLER, or email labinsidesales@mt.com or visit www.mt.com/usa for further information.Click Here to Return to Top of Page
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