Automatic Cable Cutting and Stripping Machine for 6–120 mm² Power Cable WM-1420

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We build the WM-1420 for repeat batches of 6–120 mm² cable that need accurate cut lengths and prepared ends for downstream assembly. A 32-wheel belt feed moves the cable through a servo-driven opposing-blade head, with separate full-strip and half-strip settings for each end. Full stripping reaches 300 mm on side A and 150 mm on side B; rated output is 2,000 pieces per hour, depending on cable size and length. This is our conventional cut-and-strip configuration; for a rotary knife, compare the WM-170X.

Specifications

Key features

• Prepare both ends in one programmed sequence: separate side A and side B strip lengths let you match the two terminations without measuring each piece by hand.
• Reduce concentrated pressure on the jacket: belt contact and digitally adjustable wheel height help balance traction against visible feed marks when you change cable sizes.
• Set cutting depth for the actual insulation: the servo-driven tool holder gives you a controlled blade setting, and we run your cable sample on video so you can inspect the exposed strands before ordering.
• Choose full removal or half stripping at either end: the insulated end section can stay in place until the next assembly step when your process calls for it.
• Start production with usable setup information: we set the voltage for your country and ship the English interface and manual.

What it processes

• Repeated batches of power leads for electrical equipment and harness assembly
• Single-core and sheathed cable cut to length with both ends prepared for terminals
• Multi-core or shielded cable jacket preparation, with the required layer and termination confirmed by a sample test

Suited for: repeat cut-and-strip work on 6–120 mm² cable, with a guide tube up to Φ30 mm and enough unstripped length between the two prepared ends.

Not suited for: cable that requires an orbital knife — compare our WM-170X rotary-blade machine. For smaller hookup wire, see the WM-167 benchtop machine. For cable above 120 mm² and up to 150 mm², compare the WM-1450.

Match the strip to the terminal, then check the cable

A long stripping range does not tell you whether a short terminal preparation will pass inspection. Give us the finished cut length, both strip lengths, cable outside diameter and insulation material. We use those details to set the blade and guide, then film your sample run. Inspect the exposed strands, the insulation edge and the jacket where the belts grip.

For half stripping, tell us how much insulation should remain on the end and how the next operator removes it. For shielded cable, specify which layer must be removed and which layers must stay intact. We confirm that strip profile on the sample rather than treating every shielded cable as the same job.

Plan the complete feed path

A full reel, an undersized pay-off and a tight guide can change how cable enters the machine. Share the loaded reel dimensions and weight with your inquiry; we match the feeding equipment and check cut length during the sample run. The specified tolerance is proportional to length: 0.002 × L corresponds to 2 mm at a 1,000 mm cut length.

Specify the options before production

Our standard configuration uses stepper feeding and a servo tool holder. Servo feeding is optional. Middle stripping, coding and production-system connections are also quoted options, so the delivered configuration follows the job you need to run.

For changeovers, send your actual range of part lengths and jacket materials, not only a daily quantity. We can include those changes in the demonstration so you can assess setup work alongside the timed production cycle.