This machine is equipped with 6 clamps to test the bending strength of wires, plug leads, and wires used in accessories for the mobile phone and communication industries. The testing method involves fixing the sample on the clamp and applying a specific load. During the test, the clamp swings back and forth. After a certain number of cycles, the breakage rate is checked; or when the power supply fails, the total number of swings is recorded. The machine features automatic counting. When the sample bends to the point where the wire breaks and power can no longer be supplied, it will automatically stop operation and sound an alarm.

This machine is suitable for testing the sudden tensile strength of power cords and headphone cables for devices such as mobile phones, e-readers, tablets, electronic dictionaries, laptops, and headphones.

This device is suitable for the 45-degree rotational durability testing of power cords, headphone cords, and new data cables used in mobile phones, e-books, tablets, electronic dictionaries, laptops, headband headphones, and similar products.

This machine is suitable for bending resistance tests of headphone cables, USB cables, multi-core cables, communication cables, flat cables, and signal cables.

This device is designed for retention force tests or destructive tests on various cables and connectors, ensuring accurate insertion force results.

This device is suitable for bending tests of earphone cables, USB cables, multi-core cables, communication cables, flat cables, and signal cables. The testing method is as follows: one end of the wire is clamped and fixed on the rotating disc, which rotates left and right under a certain lifting load to evaluate whether the wire maintains good conductivity after N cycles of testing.

This device is suitable for testing the bending resistance of headphone cables, USB cables, multi-core conductor cables, flat cables, and signal lines.

This device is suitable for testing the bending or twisting ability of various wires and wire products. It is used to evaluate material properties and the fatigue strength of wires.