Automated equipment designed for high-volume removal of insulation from electrical wiring harnesses and cables typically falls under this category. These devices offer varying degrees of sophistication, from simple manual hand-crank units to fully automated systems integrating laser or blade-based stripping mechanisms. Such equipment often includes features like adjustable blade depth, multiple wire gauge accommodation, and integrated pulling and cutting mechanisms. An example would be a unit processing hundreds of meters of cable per hour for applications like automotive wiring harness manufacturing.
Efficient insulation removal is paramount in industries requiring large-scale cable processing. These automated solutions offer significant advantages over manual stripping, including increased throughput, improved consistency, reduced labor costs, and enhanced worker safety by minimizing repetitive strain injuries and accidental contact with live wires. Historically, the evolution of these machines reflects the broader trend of automation across manufacturing, progressing from basic hand tools to the computer-controlled systems seen today. This evolution is driven by the constant need for greater efficiency and precision in modern industrial processes.
