This series offers a variety of configurations and options makes these systems often the preferred solution for test labs, universities, and those with high force testing requirements.

The optional available T-slot platen gives you a workbench for mounting and testing everything from a small material specimen to a large component, subassembly or finished goods or you can mount grips, fixtures, or any other working tool on it.

High Force Test Systems for components testing and dynamic applications often are custom optimized engineered to meet the full spectrum of customers testing demands of today and the future. Due to the extensive know-how in development and production as well as the modular design of our material testing systems, w+b can meet even the most extreme and challenging high-force materials, component or sub-assembly testing needs.

Our Servohydraulic Multipurpose LFV Series are versatile and high-performance Test Systems available in different, robust configurations covering a wide range of monotonic, dynamic and fatigue applications in the Aircraft & Aerospace, Automotive, Biomedical, Steel, Fastener, Rail or Marine industries as well Civil Engineering and R&D Testing Laboratories world-wide.

These servohydraulic systems are indispensable units of many laboratories in the field of quality control, product development or scientific research. The LFV Servohydraulic Test Systems are modular constructed, covering the full spectrum of tests requirements and can be configured to a wide range of different test setups.

All LFV servohydraulic systems integrates reliable w+b servo-controlled hydraulic actuation with high-resolution & high-speed digital closed loop controls, a broad portfolio of complement accessories and comprehensive Dion7 application software packages making these systems the suitable across the full spectrum of static and dynamic testing including: 

• Tension
• Bending
• Characterization of high-performance materials under cyclic loading
• Fracture Toughness
• Crack Propagation
• Environmental Testing                           
• Component Durability
• Compression
• Thermo Mechanical Fatigue (TMF)
• Low Cycle Fatigue (LCF)
• Fatigue Crack Growth
• K1C / J1C 

Versatile and Highly Configurable Load Frame Design

Our servohydraulic test systems are developed to a high degree and cover a wide variety of fatigue testing for various modes of loading and test specimen configuration. Our proven, technically advanced load frames, actuators, hydraulic components and sensorics have evolved through use in the filed over decades.

The modular design offers options such as crosshead clamping and movement options, hydrostatic actuator bearings with selectable servovalve options to acceleration compensated transducers.