Wire & Cable Testing Equipment
High-Precision Cable & Wire Testing Machines
ITM-LAB supplies professional cable testing machines engineered to evaluate the mechanical and structural integrity of electrical wires, cords, and cables. Our product line includes wire bending testers, abrasion testers, and tensile strength equipment tailored for wire and cable manufacturers. Essential for electronics factories and industrial production lines demanding rigorous adherence to international safety and durability standards.
6 Independent Test Stations: Each powered by a Panasonic® AC servo motor, ensuring high precision, low noise, and long-lasting performance.
Advanced Control: Features an OMRON® color touchscreen and Mitsubishi® PLC for easy setup and operation, supporting both English and Chinese interfaces.
Conductor Testing: Capable of monitoring up to 4 cores simultaneously, with adjustable conductor testing options and automatic stop and alarm upon signal break detection (within 1ms).
Customizable Testing Parameters: Adjustable test angles, speeds, counts, and dwell time through the touchscreen interface.
Durable Components: Uses high-quality components such as Shimpo® planetary reducers for precise movement and reliability.
The RS-8116-6D Cable Bending Tester is equipped with a 6-station impedance monitoring system, designed for bending durability and conduction tests of earphone, USB, multi-core and communication cables. Adopting premium Japanese components, it supports independent station operation, real-time impedance monitoring and data export, widely used in electronics, telecom and industrial cable QC and R&D
Standard Compliance: Fully meets UL 817 requirements for global labs.
6-Station Batch Test: Simultaneous testing with individual auto-stop on wire failure.
0-180° Servo Control: Arbitrary angle and speed inputs directly via touchscreen.
Full Deadweights: Includes 6 sets of 50g-500g weights for variable wire sizes.
Anti-Slip Protection: Rubber-padded jaws prevent sample slippage and jacket crushing.
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.
The RS-8112A Automatic Abrupt Pull Tester is designed for durability testing of power cords, charging cables, headphone wires and connector assemblies. It delivers repeatable abrupt pull testing with programmable cycles, automatic failure detection and servo-driven precision for laboratory and production quality control.
The RS-8000-5 is a 5-station universal tensile & cyclic tester designed for tension, fatigue, and durability tests. With high-precision load and displacement control, it delivers stable and repeatable measurement for materials, components and finished products.
It is suitable for bending test of earphone cable, USB cable, multi-core cable, communication cable,flat cable and signal cable.
The test method is as follows:one end of the wire rod is short is short clamped, fixed on the rotating disc, and rotated left and left and right under a certain lifting load, so as to evaluate whether the wire rod has good conduction after N times of testing.
Test Standard:
EIA-364-41D cable flexing test procedure for electrical connectors.
Multi-core cable bending tester RS-8105M is designed for electric vehicle charging pile cable, multi-core flexible cable to do bending performance test, to meet the SFF-8417 Specification for Multi Conductor Cable Flex Cycle Test Procedure multi-core cable bending cycle test specification.
The RS-8111A Flexible Cable Flexing & Torsion Tester is used to evaluate the durability of cables, wire harnesses and finished wire products under repeated bending and twisting movements. It simulates real-world mechanical stress conditions to help identify conductor fatigue, insulation damage and connection failures before products reach the market.
