The MATEST Flexural 200KN High Stiffness Frame with Servo-Plus Progress control unit is a fully automatic motorized machine designed for precise flexural testing of concrete beam specimens and a variety of construction materials. It supports specimens with maximum dimensions of 200x200x800 mm, as well as flat blocks, flagstones, kerbs, tiles, slabs, masonry units, and other materials up to 600x250 mm in size (lower rollers max. length 1325 mm). Its high stiffness frame and advanced Servo-Plus control ensure reliable and repeatable testing results.
Product Features
- Fully automatic motorized flexural testing machine with 200 kN maximum load capacity
- Equipped with Servo-Plus Progress control unit for advanced test management and data acquisition
- High stiffness frame designed for maximum rigidity and minimal deformation during testing
- Tests concrete beams up to 200x200x800 mm maximum dimensions
- Suitable for flat blocks, flagstones, kerbs, tiles, slabs, masonry units, and other materials up to 600x250 mm
- Lower rollers with a maximum length of 1325 mm to accommodate larger specimens
- Robust construction ensures durability and stability for accurate and repeatable results
Benefits
- Fully automatic operation improves testing efficiency and reduces operator error
- Servo-Plus control unit offers intuitive interface and comprehensive data handling features
- High stiffness frame minimizes deformation, ensuring accurate flexural strength measurements
- Versatile specimen compatibility supports a wide range of construction materials
- Durable design extends machine lifespan and reduces maintenance needs
- Large specimen accommodation enhances laboratory testing capabilities
Why Choose the MATEST Flexural 200KN High Stiffness Frame with Servo-Plus?
Perfect for advanced quality control and research laboratories, the MATEST Flexural 200KN High Stiffness Frame with Servo-Plus Progress control unit offers fully automatic, high-precision flexural testing. Its rigid frame design and intelligent digital controls deliver consistent, reliable results across diverse specimen types and sizes.
