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Innovative,
accurate, easy-to-use, and reliable are words that best describe a TA Instruments'
product. All TA Instruments hardware and software products are designed,
tested and manufactured to ISO 9002
Our thermal analysis instruments
have set performance standards for over 35 years, and are clearly recognized as
the best selling products worldwide. TA Instruments' DSC, TGA, SDT, DMA
and TMA thermal analysis systems are used internationally in over 6,000
facilities. Our industry leading position in thermal analysis systems
extended with the introduction of the fifth generation Q5000IR & Q500SA
TGA's, the third generation Q600 SDT, and the new Q400 TMA
Microcalorimetry
based on the proven technology pioneered by
Calorimetry Sciences Corporation and Thermometric AB, the Nano ITC, Nano DSC and
TAM microcalorimeter systems provide the ultimate in sensitivity, ruggedness and
versatility. Whatever the application, TA Instruments Micorcalorimetry
technology can provide the highest caloric sensitivity and industry-leading
versatility.
The AR Series rheometers offer
unmatched performance and ease-of-use due to unique and superior design.
These technologies are optimized and integrated into rheometer systems that
deliver the best fundamental rheology measurements. Continuous innovations
drive each generation of the AR Series for better performance and improved
testing efficiency. Unprecedented low torque performance, unparalleled
stress and direct strain control, intuitive software, and a versatile design
make the AR Series the obvious choice for the widest range of applications.
The new
ARES-G2 is
the most distinctive rotational rheometer for advanced research and material
development. It represents the culmination of five years of ground-up
intensive R&D effort, and stands as a testament to TA's commitment to
innovation and continual improvement to the fundamental rheological measurement.
The ARES-G2 remains the only commercially available rheometer to offer unique
separate motor and transducer technology for the purest rheological
measurements. No other rheometer is capable of measuring stress
independently of the applied shear deformation. Unrivaled accuracy,
flexibility, and ease-of-use is realized through improved specifications, new
environmental systems, advanced options, expanded test modes, and new intuitive
TRIOS Software with seamless test sequencing capability.
