The electrodynamics dynamic and static testing system is a high-end testing equipment that integrates dynamic and static testing functions, mainly used for mechanical performance analysis of materials or structural components under complex load conditions.
1、 This testing platform is designed with simplicity, cleanliness, and platformization, making it easy to install, operate, and ultra quiet.
1. Facility advantages
No matter where your team works - in the laboratory, office, or traditional workshop - the equipment can be quickly installed and used without the need for additional infrastructure, making it easy to connect, compact in design, quiet to operate, and low in maintenance!
2. Performance advantages
The system can provide accurate results for dynamic and static testing, suitable for testing a large number of materials or components. The linear electric actuator provides high repeatability of dynamic and static driving, which is due to the large diameter column and sturdy floor, making the whole machine highly rigid and protruding. Coupled with imported dynamic force sensors, it ensures accurate measurement of force; Built in high-resolution digital encoder ensures accurate control and measurement of sample position!
3. Software advantages
The system and software are designed for integrated use, with an intuitive user interface and multitasking workflow that greatly improves the simplicity and efficiency of testing setup, execution, evaluation, and reporting. They are suitable for fatigue, fracture, tension, compression, bending, and other testing types!
4. Work efficiency advantage
The intelligent indication of system status closely monitors the testing status, reflecting the safety of equipment operation and optimizing human-machine coordination. The upper crossbeam of the main body is manually locked, and the handle is designed ergonomically for easy operation; Using a standard T-shaped workbench, quickly install various forms of specimens to simplify the entire testing process!
2、 Design based on relevant standards
1. GB/T 2611-2022 "General Technical Requirements for Testing Machines"
GB/T16825.1-2008 "Inspection of static uniaxial testing machines - Part 1: Inspection and calibration of force measuring systems for tensile and/or compressive testing machines"
3. JB9397-2013 Technical Conditions for Tensile and Compressive Fatigue Testing Machines
4. GB/T 3075-2021 "Metallic Axial Fatigue Test Method"
5. GB/T15248-2008 "Axial constant amplitude low cycle fatigue test method for metallic materials"
6. HG/T 2067-2011 "Technical Conditions for Rubber Fatigue Testing Machine"
CH
EN
