Dynamic Mechanical Analyzer (DMA)　NEXTA® DMA Model：DMA200

• 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.

Deformation mode options	Tension, single/dual cantilever, 3-point bending, shear, film-shear, compression
Maximum Force	20N
Modulus Range	103 to 1013.5 Pa
Measurement mode	Dynamic measurements: sinusoidal wave / synthesis wave   oscillation modules  Static measurements: program stress control / program   strain control
Frequency	Sinusoidal wave oscillation: 0.01 to 200Hz, max 20   frequencies  Synthesis wave oscillation mode: 5 frequencies
Temperature range	Liquid nitrogen cooling -150 to 600C	Liquid nitrogen cooling -150 to 600C	Air cooling RT to 600C
Sample observation	Real View® ready
Driving shaft	Spring mounted (no compressed air required)
Sensor	LVDT
Dimensions	420(W) x 630(D) x 725(H) mm

 

▶ Automotive Industry: Used to evaluate the material properties of automotive parts, such as the elastic modulus, fatigue resistance, and other characteristics of plastics, rubber, and metal materials.

▶ Aerospace Industry: Used to assess the performance of aerospace materials, such as the thermal stability and mechanical properties of aerospace composite materials.

▶ Electronics and Semiconductor Field: Used to evaluate the packaging materials of electronic components, such as the mechanical and thermal properties of plastic packaging and thermal conductive adhesives.

▶ High-Performance Materials: Used to assess the performance of high-performance materials, such as the elastic modulus, tensile strength, and other properties of composite materials like fiberglass and carbon fiber.

▶ Chemical Industry: Used to evaluate the material properties of chemical products, such as the viscoelastic characteristics of polymers, coatings, and adhesives.

▶ Biomedical Engineering: Used to assess the material properties in the field of biomedical engineering, such as the viscoelastic characteristics of hydrogels, biomedical membranes, and contact lenses.