In the always-evolving biomedical market, orthopedic researchers are continuously making improvements in orthopedic materials, implants and devices. Researchers need to ensure that the mechanical properties of orthopedic products are sufficient enough to withstand the stress, strain, force, motion and fatigue incurred by use in the body. The success of orthopedic products relies heavily on proper mechanical properties testing of the materials and devices to ensure the safety and soundness of the product.

Orthopedic research is important for developing new orthopedic devices and materials used in the fixation and replacement of bone. The more researchers know about the mechanical properties of bone the more successful the product. Research has been used to improve the design of hip, knee and spine replacements by testing the kinematics and full motion of the joints. TestResources offers machines and solutions for the testing of kinematic orthopedic materials and devices.


  • Bone Screw Testing
  • Fracture Fixation Device Testing   
  • Hip Implant Testing
  • Invertebral Implant Testing
  • Knee Testing
  • Spinal Implant Testing
  • And many more!
Tibia and Knee Joint Testing Skull Research Testing

Knee/Joint Testing,
 Mount Sinai Hospital

Jaw Bone, Tooth and Mandible Testing,
Baylor University

TestResources provides test machines, equipment, systems, and solutions to characterize the mechanical properties of orthopedic implants and devices. Tests can be configured for tension, compression, fatigue, shear, uniaxial, biaxial, multi-axial, torsion, and flexure. Our wide selection of fixtures and grips allow for testing samples of all shapes and sizes to be properly fixated. All tests are designed to meet ASTM and ISO testing standards. Contact an application expert today.

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