The EDT503A Electrodynamic Testing Machine is a versatile and cost-effective solution for analysing the dynamic and static mechanical properties of small metals, non-metals, components, elastomers, and shock absorbers. Designed for precision and flexibility, it supports a wide range of testing applications and environmental simulations, making it an essential tool for research, development, and quality control.
Features and Benefits
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Dynamic and Static Testing
Evaluate mechanical properties under various loads and conditions with support for tension, compression, and bending tests using interchangeable fixtures. -
Advanced Waveform Generation
Perform in-depth analyses with sine, triangle, square, and other waveform options. -
Environmental Simulation
Optional configurations enable testing in extreme conditions such as high/low temperatures, salt spray, and corrosion, ensuring reliability in real-world environments. -
Integrated Closed-Loop Control
The system includes an electric controller, electric cylinder, load sensor, displacement sensor, extensometer, and computer integration, ensuring precise automation and accurate test execution. -
Automated Data Measurement
Measure key parameters such as test force, displacement, and deformation with automatic precision, reducing human error and improving efficiency. -
User-Friendly Computer Control
A comprehensive software interface streamlines the testing process, allowing for seamless operation and data management.
Applications
The EDT503A is designed for a broad range of industries and applications, including:
- Scientific research and material development
- Metallurgical and construction testing
- Defense and aerospace engineering
- Academic and educational institutions
- Machinery manufacturing and transportation sectors
Why Choose the EDT104A?
The EDT503A delivers unparalleled accuracy, flexibility, and value for laboratories and industries requiring dependable material testing solutions. Its robust design and advanced capabilities make it the ideal choice for tackling complex testing challenges with confidence.