A laser removing device for enamel wire clad layer

Abstract

The invention relates to a laser removing device for enameled wire cladding layer. The laser output from a laser output head is focused on the cladding layer of the enameled wire through a transmission optical path assembly. The enameled wire is coaxially arranged with the laser output head and the rotary driver. The rotary actuator rotates the transmission optical path assembly about its axis, removing the enameled wire cladding. A laser removing device for enamel wire clad layer adopts an automatic operation mode and utilizes laser to act on that enameled wire clad layer, which overcomes thedefect that the manual contact operation mode is easy to damage the enameled wire body and improves the working efficiency of removing the enameled wire clad layer compared with the sandpaper polishing mode; Compared with paint stripper, it can effectively reduce chemical pollution and personal hazards to operators.

Description

technical field [0001] The invention belongs to the technical field of laser processing, and in particular relates to a laser removal device for outer cladding of enameled wires. Background technique [0002] As a main variety of winding wire, enameled wire is composed of a wire and an insulating outer coating evenly wrapped on the surface of the wire. In practical applications, it is necessary to remove part of the outer coating on the surface of the enameled wire to expose the wire for wiring and welding operations. At present, most of the operations for removing the outer cladding of enameled wires are done by sandpaper grinding and smearing of paint remover. Manual contact operations such as sanding are likely to cause damage to the enameled wire conductor body, and the removal efficiency is low; chemical operations such as paint remover application can easily cause chemical pollution and cause physical harm to the operator. [0003] Laser ablation is used to peel the ...

AI Technical Summary

Problems solved by technology

Manual contact operations such as sanding are likely to cause damage to the body of the enameled wire conductor, and the removal efficiency is low; chemical operations such as paint remover application can easily cause chemical pollution and cause physical harm to the operator

[0003] Using laser for ablation and peeling, usually forms a ring-shaped ablation, and then manually performs a second operation to remove the ablated skin. This method still requires manual operation and has not achieved real automation.

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