Internal - fixation Pull - out Force Testing Machine for Intramedullary Nails

Specifically, the main applications of the intramedullary nail internal - fixation pull - out force testing machine include: - Evaluating the pull - out force performance of intramedullary nails: By applying a pull - out load, measure the force value when the intramedullary nail is pulled out from the bone, thereby assessing its pull - out force performance. - Studying the bonding strength between intramedullary nails and bones: By testing the firmness of intramedullary nails in bones, understand their bonding strength with bones, providing a basis for the design and optimization of internal - fixation surgeries. - Quality control: During the production process, conduct internal - fixation pull - out force tests on intramedullary nails to ensure they meet quality standards and reduce the defective rate. - Scientific research and teaching: Provide an experimental platform for researchers, support innovative research in the field of orthopedic implants, and can be used in the teaching of related disciplines.

適用基準

When the intramedullary nail internal - fixation pull - out force testing machine conducts tests, it needs to follow certain standards and specifications to ensure the accuracy and reliability of the test results. The following are some common applicable standards: - ISO international standards: The design, manufacturing, and testing process of the equipment should meet the requirements of ISO international standards to ensure the international recognition of the test results. - National/regional standards: Different countries and regions may formulate specific standards for the mechanical property testing of orthopedic implants. When conducting tests, appropriate national/regional standards should be selected according to the actual situation. - Industry standards: The orthopedic implant industry may also have formulated relevant testing standards and specifications internally. These standards may include provisions on testing methods, testing conditions, testing equipment, etc.