The RS-15 series inclined plane impact test bench simulates the impact resistance of product packaging in actual environments, such as handling, stacking of shelves, sliding of motors, loading and unloading of locomotives, transportation of products, etc. The inclined plane impact bench can also be used as a common test equipment for inclined plane impact in scientific research institutions, colleges and universities, packaging technology testing centers, packaging material manufacturers, and foreign trade, transportation and other departments.
This machine is suitable for testing buttons of headphones, mobile phones, tablets, e-books, electronic dictionaries, etc. It is also suitable for testing the impact resistance and life of various conductive rubber buttons, metal shrapnel buttons, remote control buttons, etc. of electronic products.
This machine is suitable for the twist life test of headphones. The twist test method is: after the headphones are fixed by the front and rear clamps, they are stretched in opposite directions to a certain distance at the same time, and then stretched in opposite directions at the same time to the starting position. The test stroke can be set. After N tests, the headphones are removed to test the headband performance.
Dual-Ear Independent Testing: Measure left/right ear tension simultaneously or individually, accurately simulating real-world wearing scenarios.
Ultra-High Precision: 0.01N resolution with a 100N max capacity, ideal for lightweight to heavy-duty headset models.
Flexible Parameter Control: 40-300mm adjustable expansion range + stepless speed adjustment (15-300mm/min) for diverse testing requirements.
Space-Saving Design: 650mm ultra-compact footprint and 35kg lightweight build, perfect for labs or production lines.
Global Voltage Ready: Standard AC220V power input, compatible with international electrical systems.
- Advanced Motion Control: Multi-axis motion controller and single-chip measurement control for precise trajectory.
- High-Precision Testing: Load resolution of 0.01gf, accuracy ±0.2%F.S.
- Versatile Applications: Suitable for multi-point holding, three-point, and four-point bending tests.
- Efficient Automation: Automatically collects data, generates curves, and evaluates results (PASSED/FAIL).
- Flexible Testing Range: Z-axis travel up to 150mm, X-Y axis travel up to 300mm.
- High Precision: Accurate force measurement ±0.25%, displacement accuracy of 0.001mm.
- Advanced Control: Automatic break detection, curve analysis, and unit switching in 3 languages (Chinese, English, and Dutch).
- Professional Reports: Crystal Reports10.0 generated, customizable, exportable in Excel, PDF, HTML formats.
- Wide Testing Range: Suitable for metals, plastics, rubber, textiles, cables, and more.
- Stable Performance: Driven by Panasonic AC servo motor and equipped with a high-precision, explosion-proof load cell.
Typical applications: Suitable for headphone cables, USB cables, multi-core cables, communication cables, flat cables, and signal cables for bending resistance tests. The test method is: the motor is installed vertically, one end of the cable is clamped on the motor rotating fixture, and the other end is hung with a weight (load) to rotate left and right to evaluate whether the cable is conductive after N tests.
- Double-Station Design: Independent control for efficient use of testing space.
- Transparent Protective Cover: Allows easy monitoring while ensuring enhanced safety.
- Advanced Control System: Features OMRON® touch screen and MITSUBISHI® PLC for precise program control and real-time test data display.
- Reliable Motor and Gear Drive: Powered by Panasonic® AC servo motor and SHIMPO® planetary gears for accurate, durable, and low-noise operation.
- Precise Test Angle: Adjustable ±720° rotation with repeatability and high positioning accuracy.
