The METTLER TOLEDO DMA/SDTA861e sets new standards in the market. In comparison with conventional DMA instruments it offers new and unique performance benefits:
A frequency range up to 1000 Hz for material behavior simulation and accurate determination of moduli through the presence of a dedicated force sensor.
The METTLER TOLEDO DMA/SDTA1+ sets new standards in the market. In comparison with conventional DMA instruments it offers new and unique performance benefits:
A frequency range up to 1000 Hz for material behavior simulation and accurate determination of moduli through the presence of a dedicated force sensor.
METTLER TOLEDO offers you valuable support to help you keep informed about new developments and expand your knowledge by | |||
Our popular, technical customer magazine, where users and specialists publish applications from different fields.
| Discuss specific topics with experts.
|
| |
having a look at our specialist handbooks. Written for thermal analysis users with background information, theory and practice, useful tables of material properties and many interesting applications.
| Web‐based training is an efficient way to learn quickly and conveniently.
| ||
If you have a specific application question, you may find the answer in the application database.
| Classroom training is still one of the most effective ways to learn.
| ||
being informed – even when you are on the go. Have access to all kinds of TA related information and services via your mobile device. | Our new technical videos explain complex issues concerning thermal analysis instrumentation and the STARe software. |
Temperature range | -150°C ... 500°C |
Peak force | 12 N, 18 N or 40 N |
Minimal force | 0.005 N |
Frequency range | 0.001 ... 1000 Hz |
Material Number(s) | 51141000 |