The LFV Compact Multifunctional Dynamic and Fatigue Testing Systems are designed for medium load testing up to 50 kN. These systems are suitable for testing a wide range of materials, from metals and plastics to composites, to determine their resistance to dynamic loads and fatigue phenomena. The LFV systems provide accurate and reliable test results that help determine the durability and performance of materials under repeated loads.
Main features of LFV systems:
- Compact design: These systems are designed for use in small laboratories or where space is limited but high technical parameters are required.
- Multifunctional application: LFV systems can perform both dynamic and fatigue tests, making them versatile and can be used in a wide range of industrial sectors.
- High precision control: Thanks to servo-control technology, the systems allow precise control of forces and load dynamics, ensuring high accuracy throughout the entire testing process.
- Modular structure: The design of LFV systems allows for easy integration of additional accessories, such as various grippers or strain gauges, which further increases the flexibility of the system.
- Durability testing: These systems are specifically designed to test the fatigue resistance of materials and components, helping to determine their service life and performance under various stresses.
Technical specifications:
Specification | Value |
---|---|
Maximum load | Up to 50 kN |
Test types | Dynamic, fatigue |
Power control accuracy | ± 0.5 % |
Test speed | Up to 20Hz |
Power range | 0-50kN |
Software | Real-time data analysis, report generation |
Accessories | Grippers, strain gauges, various load cells |
Areas of use:
- Metal industry: Testing to determine the resistance of metal components to dynamic loads and fatigue.
- Composites testing: Composite material tests to assess long-term performance.
- Materials Sciences: Research laboratories that study the fatigue characteristics of materials.
LFV systems ensure efficient and targeted work, reducing testing time and guaranteeing reliable results in every test cycle. They are important for both research laboratories and industrial materials testing, where accuracy and durability are a must.