See more, measure more and save valuable time with the DMA200 Meet the DMA200, featuring an extended 20N force range. Engineered to characterize materials demanding significant force for deformation, it sets a consistent standard of precision and reliability – whether addressing carbon fiber composites or intricate samples. Integrated within the analyzer is our powerful Real View® high-resolution camera. This Hitachi technology enriches sample observation across varying temperatures, capturing real-time images directly tied to the DMA signal. The DMA200 offers world-class sensitivity and unmatched...

DMA Real View® for visibly better analysis Redefine the way you conduct analyses with our advanced technology, enabling precision and realtime observation like never before Real View® provides real-time visual insight into the behavior of your sample during analysis and after. This comprehensive view prevents misinterpretation, offering a clear understanding of the sample’s progress and enhancing the accuracy of results. If a sample is not mounted properly, it might give unexpected results which could be difficult to understand. In this example, Real View® allows us to see that the sample was...

Advanced magnetic circuitry and high-frequency, high-resolution LVDT technology allow for precise force measurement across a wide range, accommodating both low and high forces. With a wide force range of up to 20N, the instrument empowers the analysis of stiffer materials. It simplifies sample preparation, reduces the impact of sample size, and guarantees excellent performance for both soft and stiff samples. Moreover, embracing a wide range of sample stiffness maximizes flexibility, enhances load control precision, and minimizes noise levels, ensuring consistently reliable and stable outcomes....

High force Glass fiber-reinforced epoxy resins, employed as printed circuit boards, underwent tension measurements. In contrast to pure epoxy resin, these resins exhibited an exceptionally high modulus of elasticity. While conventional machines demand narrower widths for high-modulus samples, DMA200’s 20N load output allows for the measurement of samples with cross-sectional areas twice as large. Graph presenting high elastic modulus Low force A comparison was made between the modulus of elasticity of urethane rubber, utilized for rubber packing, and urethane-based gels used as seismic gels....

Extended force range motor Robust, accurate and precise LVTD Spring-mounted driving shaft Live information display Easy measuring head change Easy sample access Transparent sample observation window Optional illumination Hitachi High-Tech

DMA200 technical specifications Deformation mode options Maximum force Modulus range Measurement mode Tension, single/dual cantilever, 3-point bending, shear, film-shear, compression 20 N Dynamic measurements: sinusoidal wave / synthesis wave oscillation modules Static measurments: program stress control / program strain control Sinusoidal wave oscillation: 0.01 to 200Hz, max 20 frequencies Synthesis wave oscillation : 5 frequencies Liquid nitrogen cooling Electric gas cooling Air cooling Sample observation Driving shaft Sensor Dimensions Real View® ready Spring mounted Robust, precise and accurate...

Versatile measuring head range and simplified sample changes Deformation mode options Experience the convenience of a versatile range of measuring heads and easy sample interchangeability, alongside the newly incorporated lighting system that simplifies changing both measuring heads and samples throughout your analysis. The DMA200 is delivered with the tension (1 or 2 point fixture) or bending measurement probe as standard. However, you can choose from a range of probes to suit the deformation mode you need. All measurement probes are made to be easily exchangeable and easy to mount samples....

Synthetic oscillation: catch fast modulus changes As well as being highly technical, DMA measurements can take a long time when compared with other thermal analysis techniques. To help accelerate material characterization, the NEXTA TA software can create synthetic oscillations comprised of up to five different frequencies at the same time. This is especially useful for very fast modulus changes, where the change can be easy to miss using standard sinusoidal oscillations of a single frequency. Five different sinusoidal waves Synthesised wave Lissajous monitor: confidence in your data The Lissajous...

Experience the streamlined DMA200 DMA200 cooling options Name Temperature Range Liquid nitrogen cooling Liquid Nitrogen Cooling Cooling choices for enhanced efficiency The DMA200 provides three cooling options: by air, liquid nitrogen and electrical. Electrical gas cooling With a -100 °C to 600 °C measurement heating and cooling range, electrical gas cooling sets itself apart through its simplicity, relying solely on power and eliminating the need for external resources like liquid nitrogen. This streamlined cooling approach enhances the user-friendliness of the DMA200, ensuring efficient materials...

Visibly better thermal analysis See the full range at: hhtas.net/thermalanalysis Our Services Hitachi High-Tech’s global network of service hubs offers a full range of technical support to keep you up and running. – Repair service We offer a fast and efficient repair service, recertification and maintenance through our service agreements to ensure your analyzer is maintained in excellent condition and avoids any unplanned costs. Global help desks Whenever you have a problem, we’re ready to help. Extended warranties To give you extra peace of mind and avoid unplanned costs. Online support In-depth...

Other products We have been providing materials characterization instruments to a wide range of industries for over 60 years. Thermal analysis We offer a range of other thermal analysis instruments including STA, DMA, and TMA. All of these work on the NEXTA TA software platform, allowing continuity across your analysis without extra training. Bulk XRF For rapid and powerful elemental analysis for a wide range of applications. Microspot coatings XRF For precise analysis of the smallest samples and features. What next? More information Contact one of our experts today at: [email protected]...