The MATEST Flexural 200KN High Stiffness Frame with Autotec control unit is a motorized machine designed for precise flexural testing of concrete beam specimens and various construction materials. Supporting specimens with maximum dimensions of 200x200x800 mm, it is also suitable for flat blocks, flagstones, kerbs, tiles, slabs, masonry units, and other materials up to 600x250 mm (lower rollers max. length 1325 mm). The high stiffness frame combined with the advanced Autotec control unit ensures accurate and reliable test results with enhanced operational efficiency.
Product Features
- Motorized flexural testing machine with 200 kN maximum load capacity
- Equipped with Autotec digital control unit for precise test control and data acquisition
- High stiffness frame designed to minimize deformation and provide rigidity during testing
- Suitable for testing concrete beams up to 200x200x800 mm maximum dimensions
- Compatible with flat blocks, flagstones, kerbs, tiles, slabs, masonry units, and other materials up to 600x250 mm
- Lower rollers with a maximum length of 1325 mm accommodate larger specimens
- Robust construction ensures durability and stable operation
Benefits
- Motorized operation improves testing accuracy and reduces operator workload
- Autotec control unit provides a user-friendly interface and reliable digital management
- High stiffness frame ensures precise flexural strength measurements with minimal frame deformation
- Versatile specimen compatibility supports a wide range of construction materials
- Durable design minimizes maintenance and extends equipment lifespan
- Supports large specimen sizes enhancing laboratory testing capabilities
Why Choose the MATEST Flexural 200KN High Stiffness Frame with Autotec?
Designed for quality control and research laboratories, the MATEST Flexural 200KN High Stiffness Frame with Autotec control unit delivers reliable, motorized flexural testing with advanced digital features. Its sturdy frame and efficient controls make it an excellent choice for consistent and accurate testing of diverse construction materials.
