Versatile and Robust: The sample holders are made of Inconel and quartz for use at up to 1,100 °C, and ceramic for high-temperature applications up to 1,600 °C.
These patented holders ensure accurate and consistent measurements.
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Datasheet: Thermomechanical Analysis Sample Robot |
Unlock the full potential of your Thermomechanical Analysis (TMA) system with METTLER TOLEDO's advanced TMA Sample Robot. Designed to streamline your laboratory processes, our TMA automation solution delivers high throughput and reliable measurements, allowing your team to focus on critical research and quality control tasks.
Versatile and Robust: The sample holders are made of Inconel and quartz for use at up to 1,100 °C, and ceramic for high-temperature applications up to 1,600 °C.
These patented holders ensure accurate and consistent measurements.
The TMA sample robot is designed for 24/7 operation, featuring a disposal area for used sample holders, which ensures continuous measurement without manual intervention.
Equipped with a light barrier, the robot checks the height of the sample and confirms the proper removal of the sample holder, ensuring safe and reliable operation.
While the robot is an essential component of thermal analysis systems, software plays an equally important role. The METTLER TOLEDO STARe Software offers three key functionalities that are crucial for accurate and reliable TMA measurements:
Auto Blank ensures a highly precise measurement of the expansion coefficient by automatically correcting for any systematic errors caused by the instrument.
EvalMacro enables automatic evaluations and result assessment.
Dedicated TMA evaluations include standard and compliant methods for evaluating the expansion coefficient or glass transition temperature.
Whether you are optimizing production processes or conducting cutting-edge research, our TMA sample robot is an invaluable tool for a wide range of applications:
Expansion, Delamination, Foaming, Sintering, Sorption, and Penetration
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