Compared to static testing machines, dynamic fatigue testing machines are able to test materials under realistic loading conditions to evaluate their fatigue strength, elasticity and other …

The LTM is an electrodynamic testing machine with a drive based on linear motor technology. The drive concept developed and patented by ZwickRoell enables the LTM to be used for both …

With the newest generation of the vibrophore high-frequency fatigue testing machines, you can perform static tests at test forces up to 1,000 kN. The vibrophore’s electromagnetic drive …

Servohydraulic testing machines are used for static and dynamic testing of materials and components. Cyclic loads are generated in order to evaluate the behavior of materials and …

The LTM is an electro-dynamic testing machine with a drive based on linear motor technology. ZwickRoell's new, patented drive concept enables the LTM to be used for dynamic, as well as …

We offer innovative testing systems and services for reliable test results in materials and component testing. From tensile, compression, and flexure tests to fatigue and functional tests …

The load frames of ZwickRoell’s servohydraulic testing machines have been specially designed for specific fatigue testing requirements, which is reflected in their high frame stiffness, among …

Dynamic testing machines simulate the load that a material may be exposed to in real-life applications, in order to predict it’s durability and load-bearing capacity.

Electrodynamic torsion testing machine with a drive based on linear-motor-technology. It is equipped with a 10 Nm, 20 Nm, 30 Nm, 50 Nm or 100 Nm torsion drive for test loads from 1 …

Whether servohydraulic, electromechanical testing machines, or vibrophores, our modernization packages consistently offer the right solution for any of these dynamic testing machines.