NewTOR Torsion Fatigue Testing Machine
Manufactured by Life Testing Machines
The NewTOR torsional fatigue testing systems are powered by state-of-the-art brushless or torque motors. NewTOR torsion testing machines are a prime choice for any testing laboratory, with their meticulous design making them suitable for conducting static, semi-static, dynamic, and fatigue tests on various components and materials, including composites, plastics, and rubber.
Known for their reliability and precision, they come equipped with the TDX-1 Controller and SX Software Suite as standard. This provides real-time visualisation and comprehensive control for dynamic, static, and fatigue testing, with the low noise operation protecting operators from hearing fatigue and stress.
Price on quotation
Benefits
- System’s frame is exceptionally stiff and constructed with a motor flange and a sliding counter-flange on linear guides, ensuring maximum versatility and high repeatability in testing outcomes.
- Innovative design features direct coupling, eliminating gearboxes to prevent backlash and reduce the inertia of rotating masses.
- Ideal for high-load fatigue tests and achieving high testing frequencies.
- Compact “tabletop” design.
- Completely oil-free mechanics with low power consumption.
The NewTOR systems’ flexible configuration capabilities, enhanced by versatile gripping options such as plates or spindles and adjustable working lengths via the sliding counter-flange, cater to a wide range of testing requirements. The systems’ motor performance, sensor accuracy, and intuitive software interface make them particularly suitable for industries such as:
- 3D Printed Objects: Evaluating the torsional strength and reliability of 3D printed items.
- Biomedical: Ideal for testing medical devices and materials where precision and repeatability are crucial.
- Composite Materials: Testing composite materials’ torsional resistance and robustness is crucial for their application in various industries.
- Rubber and Plastics: Assessing the durability and behaviour of rubber and plastic materials under torsional stress.
- Mechanical Parts and Components: Ensuring the integrity and functionality of mechanical components through rigorous torsional testing.
- Torsion Springs, Wires, Fasteners: This is the measurement of the torsional strength and endurance of springs, wires, and fasteners.
