When Using A Cold-press Needle Crimping Machine, It Is Strictly Forbidden To Use Substandard Molds.

The mold of contact crimper often plays a direct role in the crimping result. Controlling the deformation of terminals and wires during the d sub contact crimper crimping process is a fundamental step in achieving mechanical and electrical connections. The die's geometry and wear condition significantly affect the crimping quality. Die wear or wire diameter mismatch can cause abnormalities such as crimping that is too loose or too tight, leading to structural deformation or cracks.

For operators using contact crimping tool, maintaining the precision and condition of the mold is one of their routine tasks. Daily inspections should include observing for signs of die deformation or edge damage to determine if the crimping process deviates from design parameters. Die deformation or edge wear can lead to uneven stress on the contacts, affecting the overall connection stability.