Description
The NEXTA DMA 200 is designed for versatile and precise material analysis, featuring a 20N force range ideal for stiff materials, a broad force range with fine resolution, and low noise for detecting small transitions. Cooling options include air, liquid nitrogen with reduced consumption, and electric gas cooling that requires no external resources. The Lissajous monitor and Real View® system enable real-time result validation and versatile insights, while user-friendly ‘Guidance Mode’ software supports step-by-step analysis for all users. Standard features include advanced analysis tools like master curve (TTS) and activation energy calculations, with compliance to ISO, ASTM, DIN, and JIS standards integrated.
Product Highlights
Comprehensive material characterization made easy
- Utilize the 20N force range for analyzing stiff materials, ideal for carbon fiber composites and other high-performance materials.
- Access a wide applied force range with 5E-6N resolution and minimal output signal noise, enabling the detection and resolution of even the smallest transitions.
- Opt from air, liquid nitrogen (LN2) or electrical gas cooling options; electrical gas cooling relies on power, eliminating external resources, while our LN2 cooling platform reduces its consumption by up to 30%
- Easily validate your results during or after analysis with the Lissajous monitor function, ensuring confidence in your results.
- The Real View® system, various measuring modes, rapid modulus change detection and advanced analysis provide versatile insights for research.
- Maximize convenience with our user-friendly ‘Guidance Mode’ software, providing step-by-step measurement and analysis guidance for non-experts. Advanced options such as master curve (TTS) and activation energy calculations support various applications and are included as standard.
- Our DMA instrument meets ISO, ASTM, DIN, and JIS standards, with essential specifications like ISO 6721-11, ASTM D7028 – 07, IPC 2.4.24.2, JIS K7095 and more integrated into the software.
