DMA 303 Eplexor

The latest Proteus dynamic mechanical analysis software features a clean and easy-to-use graphic user interface that makes it comfortable to navigate and work with the software to its full potential. It saves time by allowing recent measurements to be opened or rerun with ease. It offers predefined templates to help you start new measurements quickly and efficiently. Available templates are designed to meet a range of testing needs and can be customized to suit your specific requirements. The manual control mode grants direct access to static and dynamic load, temperature, and gases. Accurate and reliable results are achieved through calibration routines, which can be carried out by an operator without the need for any external service. During a running measurement, data is represented as an on-line graph with freely configurable axis, or additionally as a list of signals. After the experiment is completed, the data is loaded into the Proteus® analysis software, where extensive evaluation tools are available.
 

AutoEvaluation, a self-acting evaluation routine for DSC/DMA curves, was designed to evaluate onset temperatures in E‘, peak temperatures in E‘‘, and tan δ for glass transitions fully autonomously and without user intervention. In addition to its autonomous functionality, the evaluation results that it generates can be taken by experienced users as a second opinion. With AutoEvaluation, you can modify or add calculations of values for the most precise results possible.

Identify allows for the identification and classification of measurements through database comparison. In addition to one-on-one comparisons, Identify can also check whether a particular curve belongs to a certain class. These classes can consist of curves of the same material type (material identification) or of reference curves for Pass/Fail testing (quality control). This feature makes it easy to identify materials and to meet quality control standards.

Together with the DMA 303 Eplexor, NETZSCH introduces the latest generation of DMA sample holders. They feature an unique low-mass design, allowing for precise and accurate measurements.

There is a choice between heat-resistant steel sample holders for high rigidity, even at the highest temperatures. Or a special titanium alloy sample holder with both low inertia and very low thermal conductivity, which provides perfect results.

Integrated guides on the sample frame assist with correct insertion, and the design allows for time-saving, tool-less installation.

RFID technology automatically detects the frame and probe used and selects the correct calibration in the software. This feature saves you time and ensures accurate and reliable results.