The LFV-L Multifunctional Dynamic and Fatigue Testing Systems are designed for medium load testing up to 50 kN. This system allows for dynamic and fatigue testing, which is necessary to determine the resistance of materials to various types of stresses during long-term use. The LFV-L series is distinguished by its accuracy and stability, making it ideal for laboratories, research institutes and industrial companies.
Main features of LFV-L systems:
- Multifunctional application: The system can perform various types of dynamic and fatigue tests, making it suitable for metals, composites, and polymers.
- Compact design: The compact design of the system saves space in the laboratory, but ensures powerful operation and high productivity.
- Accuracy and reliability: The servo-control system allows for precise force control, which is essential for long-term test series.
- Modular structure: Easily adaptable with various attachments and accessories, such as grippers or load cells, which allows you to expand your testing capabilities.
- Real-time data analysis: Integrated software allows you to monitor data in real time and perform detailed analysis by generating reports.
Technical specifications:
| Specification | Value |
|---|---|
| Maximum load | Up to 50 kN |
| Test types | Dynamic, fatigue |
| Power control accuracy | ± 0.5 % |
| Testing frequency | Up to 20Hz |
| Power range | 0-50kN |
| Management system | Servo-control |
| Software | Real-time data analysis, report generation |
| Available accessories | Grippers, strain gauges, load cells |
Areas of use:
- Automotive industry: Testing of fatigue and dynamic properties of components.
- Aviation industry: Durability assessment of materials and parts to ensure their reliability in extreme conditions.
- Metal and composites research: Fatigue testing of materials to ensure the maintenance of mechanical properties over a long period of time.
The LFV-L series systems are designed to not only ensure accuracy but also long-term reliability over a wide range of test runs. They are ideal for industries where accurate test analysis results are essential for making decisions about product reliability and durability.












