Torsion Test Machines | Determine Torque Properties
ADMET torsion test machines employ a linear slide design for maximum torsional stiffness and minimal axial friction. A reaction torque transducer is attached to a movable tail stock mounted on a linear slide. The tail stock can be left free floating or clamped during testing. All torsion testers feature unlimited rotation in both directions and are ordered as either horizontal or vertical testers. We will also modify a tester to meet your needs.
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- eXpert 9000 Torsion Tester – Configured with Dual Chucks
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- eXpert 9000 Torsion Tester – Horizontal Configuration
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- eXpert 9000 Torsion Tester – Counter Weight
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- eXpert 9000 Torsion Tester – Vertical Configuration
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- eXpert 9000 Torsion Tester – Vertical Test
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- eXpert 9000 Torsion Tester – Spinal Implant Testing
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- eXpert 9000 Torsion Tester – Vertical
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- eXpert 9000 Torsion Tester – Vertical
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- eXpert 9000 Torsion Tester – Torsional Extensometer
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- eXpert 9000 Torsion Tester – Vertical
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- eXpert 9000 Torsion Tester – Vertical
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- eXpert 9000 Vertical for Orthopedic Testing
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- eXpert 9613 with environmental chamber
eXpert 9000 Torsion Specifications
Featured Configurations
eXpert 9000 for Orthopedic Testing
Available in vertical or horizontal setups, eXpert 9000 torsion testing systems typically feature a variety of grips and fixtures to accommodate testing of orthopedic devices such as bone screw testing, spinal constructs, and intramedullary rods.
eXpert 9000 for Automotive Component Testing
This eXpert 9000 configuration is designed to perform a wide range of torsion tests on automotive components to determine their physical properties and expected lifetime.
eXpert 9000 for Academia, Lab Course Setting
This eXpert 9000 configuration is designed to allow students to take raw data and run analysis on their own. ADMET offers multisystem discounts and unlimited number of licenses to set up a lab environment where students can get hands-on experience.
Rotating Beam Fatigue Torsion Tester
ADMET’s Rotating Beam Fatigue Tester applies force via a pure bending moment and spins the sample at up to 2000 RPM. It is ideal for evaluating fatigue life and creating SN curves.