The MATEST Compression Machine 500 kN with Servo‑Plus Progress control unit is a fully automatic, motorized testing machine engineered for high‑precision compression tests on cement and mortar specimens, bricks, rocks, and refractories. Featuring a robust two‑column high‑stiffness frame, it ensures stable, accurate, and repeatable testing for demanding laboratory applications.
Product Features
- Fully automatic operation with advanced Servo‑Plus Progress control unit for precise and repeatable testing
- High capacity: 500 kN maximum load, suitable for a wide range of materials and specimen types
- High‑stiffness two‑column frame minimizing deformation under load for consistent accuracy
- Max. vertical daylight between platens: 185 mm to accommodate various specimen sizes
- Platens diameter: 153 mm ensuring uniform load distribution across samples
- Ram travel approximately 45 mm for effective and controlled compression
- Accuracy: Grade 1 starting from 1/10 of the scale for reliable measurement performance
- Supplied complete with lower compression platen and coupling piece for quick, secure assembly
- Power supply: 230V, 1 phase, 50Hz, 750W for efficient operation
- Machine weight: 300–330 kg ensuring robust stability during testing
Benefits
- Fully automatic operation improves efficiency and reduces manual handling
- High load capacity (500 kN) supports testing of larger and stronger specimens
- Stable, rigid frame ensures accurate and repeatable test results
- Quick and easy setup with included platen and coupling piece minimizes downtime
- Precision control with Servo‑Plus system enhances reliability and test quality
Why Choose the MATEST Compression Machine 500 kN Servo‑Plus?
Designed for laboratories requiring high‑capacity, fully automatic testing, the MATEST Compression Machine 500 kN with Servo‑Plus Progress control combines advanced automation, precision engineering, and a robust frame. It’s the ideal solution for accurate, consistent, and efficient compression testing of cement, mortar, and refractory materials in modern labs.
