Floor-standing testing systems with the actuator mounted on the upper crosshead and an optional T-slot lower table provide complete testing solutions, ranging from static and dynamic material testing to component and finished product testing.

.

This series offers a variety of configurations and options, making these systems a preferred solution for testing laboratories, universities, and users with high-force testing requirements. The optional T-slot table provides a versatile workbench for mounting and testing everything from small material specimens to large components, subassemblies, or finished products. It also allows the installation of grips, fixtures, or other tooling.

.

High-force testing systems for component testing and dynamic applications are often custom-designed and optimized to meet the full spectrum of current and future testing demands. Thanks to extensive experience in development and production, as well as the modular design of our material testing systems, w+b can meet even the most extreme and demanding requirements for testing high-force materials, subassemblies, and components.

.

Our multipurpose servohydraulic LFV series consists of versatile, high-performance testing systems available in robust configurations, covering a wide range of monotonic, dynamic, and fatigue applications across industries such as aerospace, automotive, biomedical, steel, fasteners, railway, marine, as well as civil engineering and R&D laboratories worldwide.

These servohydraulic systems are essential units in many laboratories in the fields of quality control, product development, and scientific research. LFV servohydraulic testing systems feature a modular design, covering the full range of testing requirements and enabling configuration for a wide variety of test setups.

.

All LFV servohydraulic systems integrate reliable w+b servo-controlled hydraulic actuation with high-speed, high-resolution closed-loop digital controls, a wide portfolio of complementary accessories, and complete Dion7 application software packages. This makes these systems suitable across the full spectrum of static and dynamic testing, including:

• • Tensile testing
  • Bending
  • High-performance material characterization 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)

Highly Versatile and Configurable Load Frame Design

.

Our servohydraulic testing systems are highly developed and cover a wide range of fatigue testing for various load modes and specimen configurations. Our load frames, actuators, hydraulic components, and advanced sensors have been refined through decades of field use.

.

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

Options:

• • 3000 kN high-force fatigue testing system
  • 2500 kN high-force fatigue testing system
  • 1500 kN high-force fatigue testing system
  • 1000 kN high-force fatigue testing system with T-slot table
  • 630 kN high-force fatigue testing system with T-slot table
  • 2000 kN fatigue testing system for railway industry applications
  • 3000 kN fatigue testing system for railway industry applications
  • High-capacity fatigue-rated systems of 2000 and 4000 kN
  • 10 MN high-capacity fatigue testing system
  • 30 MN high-capacity fatigue testing system