When a manufacturer launches a product, the quality and durability of such an item is of the utmost importance. For instance, the wheels of a [...]
Materials engineers and scientists have been working on a variety of projects and creating the “Renaissance of Materials” in recent years. For instance, R&D [...]
Small titanium, plastic, ceramic, and composite parts are crucial to the assembly of medical devices, medical parts for orthopedics, and dental devices. Many ASTM and ISO standards outline the test procedures and sample preparation. There are many refe...
We are announcing a new member to our family of table-top electromechanical fatigue testing systems. The eXpert 1900 series machines feature efficient voice-coil actuators that are ideal for low-force tension, compression, and flexure testing into the ...
ASTM F564 details three types of tests commonly conducted during the product development process of metallic staples to be used in medical applications related to bone. This post is intended to help you understand the basic procedures and the equipment...
ASTM F2193 encompasses varied test annexes to determine the strength, stiffness, and durability of spinal screws. ADMET's eXpert 2600 will perfom the following tests. A1 Metallic Spinal Screws- describes the specification for metal...
These tests allow the user to compare the mechanical properties of artificial discs intended for different locations (Cervical, Thoracic, and Lumbar). This is a summary of the specification ASTM F2346, please read the full specification for details.&nb...
ADMET offers electromechanical and servo-hydraulic fatigue testing systems for tension, compression, torsion and biaxial testing applications. All systems are engineered to meet your needs (The eXpert 81T 30Nm Torsion Fatigue Tester shown in the ...
