Customized Wiring Harnesses for Push Pull Connector

Customized cables for push pull connector are widely used in industrial automation, medical equipment, aerospace, test and measurement, and other fields. Their advantages are mainly reflected in multiple dimensions such as adaptability, reliability, functionality and user experience, as follows:

1. High adaptability to meet the needs of specific scenarios

Precisely match the device interface
Customized cables can accurately design the wire diameter, shielding layer structure and connector size according to the push pull connector model (such as round, rectangular, or specific brand, etc.), the number of pins, the arrangement method and other parameters to avoid installation difficulties or poor contact caused by size mismatch of general cables.
For example: micro push pull connector in medical equipment need to be matched with ultra-fine wires, and customized cables can ensure the close combination of wires and connectors without taking up extra space.

Adapt to complex environmental parameters
For the temperature (-55℃~200℃), humidity, corrosiveness, vibration and shock requirements of the use scenario, customized cables can select specific materials or optimize the structure to ensure stable operation in extreme environments.

2. Improve connection reliability and stability

Optimize electrical performance
Impedance matching and shielding structure (single shield, double shield, braided + aluminum foil composite shield) can be customized according to the transmission signal type (such as high-frequency signal, high current, differential signal) to reduce signal interference and transmission loss.
For high-current scenarios, multi-strand twisted conductors or thickened wire diameters can be customized to reduce resistance and heat generation to ensure stable power transmission.

Enhance mechanical strength

Customized cables can use fatigue-resistant conductor materials and flexible sheaths according to plug-in and unplug frequency and bending radius requirements (such as frequent movement of robot arms) to extend service life; at the same time, the integrated injection molding process of connectors and cables can avoid problems such as broken wires and shelling.