The testing machine is suitable for TUV, VDE, UL and other high flexible cable testing requirements. The machine structure is of a horizontal rotating type, mainly used for the repeated rotation test of the robot pipeline package after it is installed on a cylinder, to detect the performance of the robot cable in undergoing plastic deformation during the repeated twisting test and the apparent defects. This testing machine is mainly used by robot manufacturers. If equipped with special fixtures, it can also be used for repeated torsion tests of other specifications.

This testing machine is suitable for TUV, VDE, UL and other high flexible cable testing requirements. The machine structure is a vertical 6-station structure, this testing machine is mainly used for repeated torsion test of metal wire, in order to detect the performance of metal wire in repeated torsion test to withstand plastic deformantion and show defects.

The testing machine is suitable for TUV, VDE, JIS and other high flexible cable testing requirements. It is a special equipment for wire rapid buckling test. During the test, the 0.5m long sample is fixed on two jigs according to its thickness, and the spacing between the two jigs is adjusted to control the buckling radius R=6D. After fixing the sample, the device bends to the specified number of times at the speed of 200 times per minute. The sheath can not be cracked, cracked and other abnormal phenomena.

The testing machine is suitable for TUV, VDE, JIS and other high flexible cable testing requirements. It is a special equipment for wire bending and turning test, and the sample is inserted through the specified round hole according to the thickness, and it is stipulated that after rotating 200 times in the jig with adjusted spacing, the degree of damage, crack, crack and conductor strand breakage rate of the test material are checked.

This testing machine is suitable for TUV, VDE, UL and other high flexible cable testing requirements. The machine structure is a horizontal double-wing combination structure, which is mainly used to detect whether the cable has a short circuit after repeated high-speed U-bending tests driven by the energy chain, and whether the insulation sheath has cracks, breakages or other abnormal phenomena; In order to detect the performance and obvious defects of metal wire to withstand plastic deformation in repeated high-speed U-shaped bending tests.

This testing machine is suitable for TUV, VDE, UL and other high flexible cable testing requirements.The machine structure is a composite torsion-bending combination synchronous test structure, which is mainly used for the fatigue test of repeated torsion-bending combination action of metal wire during use, so as to detect the performance and defects of metal wire to withstand plastic deformation in the test.

This testing machine is suitable for TUV, VDE, UL and other high flexible cable testing requirements. The machine structure is a vertical 6-station structure, this testing machine is mainly used for repeated torsion test of metal wire, in order to detect the performance of metal wire in repeated torsion test to withstand plastic deformantion and show defects.

This testing machine is suitable for TUV, VDE, UL and other high flexible cable testing requirements. The machine structure is a horizontal 6-station structure, this testing machine is mainly used for the repeated torsion test of the cable to detect the performance of the cable in the repeated torsion test to withstand plastic deformation and the defects.

The testing machine is suitable for GB, TUV, VDE, UL, IEC and other high flexible cable testing requirements. The machine structure is a parallel 3-station structure, which is mainly used to detect the damage degree of rubber insulated and sheathed flexible cable after a certain number of bending under the dynamic load.

This testing machine is suitable for TUV, VDE, UL and other high flexible cable testing requirements. The machine structure is a parallel 6-station structure, which is mainly used for repeated bending tests of cables to detect the performance of cables to withstand plastic deformation and show defects in repeated bending tests.