Medical technology is subject to particularly high safety and quality requirements, as its products have a direct impact on people's health and well-being. To ensure the highest safety standards, not only surgical instruments but also their individual components must be mechanically tested.
In addition, innovative biomaterials such as bone cements, bone implants and replacement materials play a crucial role in improving patients' quality of life. Before these materials can be used in medical practice, they must be subjected to strict quality controls.
Hegewald & Peschke offers customized testing solutions for a wide range of requirements in the medical technology sector, which enable precise, reliable and efficient testing of materials and components.
The inspekt table 10 kN universal testing machine is equipped with a torsion module that was developed for tensile and torsion tests on medical products such as insulin pens.
Test sequence
The torsion test is performed at a defined target speed of 360°/min. The following test steps are carried out:
Our universal testing machines are equipped with the LabMaster testing software, which enables user-friendly setup and execution of test sequences for customised tests. It guarantees fast and reliable determination of results and offers a high degree of flexibility when integrating external measuring devices. Data import and export for customised software such as QDAS or SAP is also possible.
The ISO 37 or ISO 037 test standard deals with the determination of the tensile strength and elongation of rubber and elastomers. The standard ensures that the mechanical properties of the two materials are tested under standardised conditions so that the results are comparable. The results ensure that products made from these materials meet the required specifications and quality standards.
The mechanical properties of animal pericardial tissue are being investigated as part of a research project. The inspekt duo 10 kN universal testing machine is used for the tests in combination with the ONE1 video extensometer.
Determination of tensile strength and tear resistance according to ISO 13934-1 and ISO 9073-4