Robot Multi-Core 10mm² Non-Damaging Wire Stripping Machine

　　In industrial robots and automated equipment, multi-core power and control cables serve as critical links between actuators, servo systems, and control units.

　　10mm² robot multi-core cables balance current capacity with flexibility. Their conductors are made of fine, densely stranded copper wires, and any damage during stripping can lead to poor contact, heat buildup, or premature fatigue failure.

　　1. Structural Characteristics of Robot Multi-Core Cables

　　• Fine, numerous copper strands designed for flexibility

　　• Tightly twisted conductors that are sensitive to stripping methods

　　• Continuous bending and repetitive motion, requiring intact conductor structure

　　Even minor strand damage can be magnified during long-term operation.

　　2. The Importance of “Non-Damaging” Stripping

　　Stripping is not just insulation removal—it is a protection process for the conductor itself.

　　True non-damaging stripping ensures:

　　• No nicks, burrs, or compression marks on copper strands

　　• No strand separation or deformation

　　• Preservation of electrical conductivity and flexibility

　　This directly affects the service life and reliability of robot cables.

　　3. Core Design Advantages

　　1）. Gentle Stripping Mechanism

　　Controlled stripping action allows the blades to cut insulation only, without contacting or stressing the copper conductors.

　　2）. Precise Depth Control

　　Finely adjustable stripping depth accommodates different insulation thicknesses, ensuring conductor safety across all cores.

　　3）. Stable Clamping Structure

　　Multi-point clamping prevents twisting or stretching during stripping, maintaining the integrity of the stranded structure.

　　4）. Optimized for Multi-Core 10mm² Cables

　　Machine parameters are tailored to the outer diameter and internal layout of 10mm² multi-core cables, producing clean, consistent strip ends.

　　4. Typical Application Areas

　　• Industrial robot internal wiring harnesses

　　• Power and signal hybrid cables for robotic arms

　　• Flexible cables for automated production lines

　　• High-cycle motion cable assemblies

　　In these applications, stripping quality directly determines cable reliability and operational lifespan.