High-Force DMA+ Series
Precise Solutions for Material Characterization
The DMA+ Series from Metravib features advanced dynamic testing machines specifically designed for the accurate analysis of viscoelastic properties in modern, high-performance materials.
Based on a unique one-piece high-stiffness test frame, the DMA+ Series offers maximum stability, an extended frequency range, and outstanding accuracy – ideal for demanding research and industrial applications.
Key Features of the DMA+ Series:
- One-piece high-stiffness frame for optimal measurement precision
- Wide force and frequency range
- Excellent ergonomics for user-friendly operation
- Perfect for characterizing advanced materials
The powerful Dyna+ software enables a wide variety of DMA test modes, allowing detailed analysis of viscoelastic behavior as a function of many parameters.
Enhanced capabilities with the optional Fatigue Module:
- Long-term fatigue testing
- Heat build-up testing
- Crack growth analysis
👉 Contact us with any questions or to request a personal consultation – we’re here to help!
| Force | (peak to peak) 300 - 1000 - 2000 Newtons (depending on model) |
| Frequency | from 0.00001 Hz to 1000 Hz |
| Displacement | (peak to peak) 12 mm |
| Temperature range | from -150°C to 500°C |
| Building | Highly rigid one-piece mechanical frame |
| With only one single instrument | DMA, TMA, creep, stress relaxation, fatigue, crack growth, calorimetry modes |
| Configurable for | Traction / compression / bending / shearing |
| Analysis of specimens | With material-representative size |
| Advanced algorithms | For precise test control |
| Broad selection of specimen holders | For the different test modes, geometries and dimensions |
| Easily customizable | To meet specific analytical requirements |
Your Key Benefits at a Glance:
✅ Optimized ergonomic design – for comfortable and efficient operation
✅ Low maintenance requirements – saves time and reduces operating costs
✅ Compact footprint – requires less space in the lab or production area
✅ Optical specimen observation system(optional) – visual monitoring during testing
✅ Atmosphere control(optional) – precise regulation of test conditions
✅ Humidity control(optional) – ideal for climate-sensitive applications
