The MATEST Shearmec Automatic Electromechanic Shear Machine is an advanced system designed to perform consolidation, direct, and residual shear tests fully automatically. Utilizing a high-performance electromechanical regulator, it applies vertical loads up to 10 kN without manual intervention—eliminating the need for dead weights or level arms. The machine delivers precise control with a maximum horizontal force of 5 kN, shear speed ranging from 0.00001 to 15.0000 mm/min, and maximum vertical load of 10 kN, making it ideal for modern geotechnical laboratories focused on automation and accuracy.
Product Features
- Fully automatic consolidation, direct, and residual shear testing system
- Electromechanical system with high-performance regulator for precise load application
- Vertical load capacity up to 10 kN without manual dead weights
- Maximum horizontal force up to 5 kN for reliable shear testing
- Wide shear speed range: 0.00001 to 15.0000 mm/min
- Maximum travel distance of 20 mm for accurate measurement
Set Composition
- S277-21 Load Cell, electric, 5 kN capacity
- S277-22 Load Cell, electric, 10 kN capacity
- S336-11 Linear vertical transducer, 10 mm travel
- S336-12 Linear horizontal transducer, 25 mm travel
- S277-31 Firmware activating 4 connectors for basic data acquisition
Benefits
- Reduced manual intervention – Automates load application for safer and more efficient testing
- High precision – Accurate load and displacement control for reliable test results
- Enhanced automation – Eliminates the need for cumbersome dead weights or level arms
- Versatile testing – Suitable for consolidation and various shear test stages
- Robust and durable – Built for consistent performance in demanding laboratory environments
Why Choose the MATEST Shearmec Automatic Electromechanic Shear Machine?
The MATEST Shearmec system combines advanced automation with precision electromechanical technology, streamlining shear testing procedures while delivering high accuracy and repeatability. It is the ideal choice for geotechnical professionals seeking to minimize manual effort without compromising test quality.
