Robot Dual-Core Shielded Multi-Step Wire Stripping Machine
In industrial robots and highend automated production lines, cables are not only responsible for power supply or signal transmission, but also play a critical role in overall system stability and service life.
Robot dualcore cables are specifically designed for highfrequency motion and demanding operating conditions, making them significantly more difficult to process than standard dualcore cables.
1. Key Characteristics of Robot DualCore Cables
Robot dualcore cables are commonly used in robotic arms, drag chain systems, and joint assemblies, and are engineered for specific motionintensive environments:
Parallel dualcore structure：Two conductors are arranged in parallel for power, control, or signal transmission, requiring high symmetry between the cores.
Highflexibility design：Designed to withstand continuous bending, twisting, and dragging. Insulation materials are typically soft yet highly fatigueresistant.
Shielded construction：Often incorporates braided metal shielding or composite shielding to protect against motor noise and electromagnetic interference.
2. Processing Challenges of Shielded, MultiStep Stripping for Robot DualCore Cables
When robot dualcore cables require multistep stripping and shielded layer processing, the complexity increases significantly:
1). Maintaining dualcore symmetry
Uneven force during stripping can result in inconsistent conductor exposure, affecting subsequent assembly and termination.
2). Shielding must be preserved without damage
The shielding layer must be opened or folded back at precise locations. Excessive cutting causes broken strands, while insufficient cutting makes separation difficult.
3). Accumulated errors in multistep stripping
Even minor deviations in earlier stripping stages can be magnified along the cable, reducing overall consistency.
4). Deformation of soft materials
Highly flexible insulation is prone to stretching, flattening, or misalignment during highspeed feeding or unstable clamping.
3. Required Capabilities of a Wire Stripping Machine for Robot DualCore Cables
To address these challenges, a dedicated stripping solution should provide the following capabilities:
Stable dualcore positioning and clamping system：Ensures both conductors are stripped under synchronized force, maintaining highly consistent stripping lengths.
Highprecision multistep stripping control：Supports multiple positions and programmable stripping lengths, ensuring repeatable and traceable results.
Dedicated shielding layer processing functions：Enables precise window cutting or controlleddepth stripping of the shielding layer, preventing broken strands and burrs.
Feeding system optimized for highflexibility cables：Maintains processing speed while minimizing stretching and deformation, improving yield and longterm stability.
4. Recommended Stripping Machine
Large Square Rotary Stripping & Cutting Machine
|
Large Square Rotary Stripping & Cutting Machine |
WG-9850 |
WG-9850L |
|
Stripping Range |
6-120mm² |
6-150mm² |
|
Cable Diameter |
6-25mm |
6-35mm |
|
Max. Stripping Length |
Front: 400mm / Rear: 250mm |
Front: 400mm / Rear: 250mm |
|
Cutting Accuracy |
±(0.1%L+1) mm |
±(0.1%L+1) mm |
|
Cutting Depth Resolution |
0.01mm |
0.01mm |
|
Max. Stripping Layers |
6layers |
6layers |
|
Blades |
CuttingBlade/StrippingBlade/PiercingBlade |
CuttingBlade/StrippingBlade/PiercingBlade |
|
Power Supply |
Single-phaseAC 220V 50/60Hz |
Single-phaseAC 220V 50/60Hz |
|
Production Rate |
200-450pcs/h |
200-450pcs/h |
|
Weight |
400kg |
450kg |
|
Dimensions |
1500*700*1450mm |
1500*700*1450mm |
