Laser-rotating wire stripping machine for wire insulation layer

Abstract

The invention provides a laser-rotating wire stripping machine for a wire insulation layer. The laser-rotating wire stripping machine comprises a carbon dioxide laser, a first totally-reflecting mirror, a flexible clamping device, a wire positioning mechanism, a laser focus point adjusting mechanism, a light path rotating mechanism and a straight-line motion mechanism, wherein the first totally-reflecting mirror is arranged at the output end of the carbon dioxide laser; the flexible clamping device and the straight-line motion mechanism are fixedly arranged on a rack, and the light path rotating mechanism is fixedly arranged on the straight-line motion mechanism; and the laser focus point adjusting mechanism is fixedly arranged on the light path rotating mechanism. The light path rotating mechanism is used for reflecting laser beams reflected by the first totally-reflecting mirror to a wire, and enabling the laser beams to rotate around the axis of the wire, so that the laser rotates for 360 degrees around the wire for cutting. The straight-line motion mechanism is used for enabling the light path rotating mechanism fixedly positioned on the straight-line motion mechanism to do a straight-line motion, and the wire is axially cut by the laser. The laser-rotating wire stripping machine has the advantages of reasonable design and compact structure and can strip the insulation layers of wires with different diameters without scars and residues, and the processing quality of the wire is greatly increased.

Description

technical field [0001] The invention relates to a laser rotary stripping machine for insulating layers of wires. Background technique [0002] The production process of fine wire and cable involves the stripping of the wire cladding. Compared with the traditional knife stripping method or the laser fixed wire linear moving cutting method, the laser rotary stripping technology of the wire insulation layer has higher and more stable product quality, and can be better applied to the manufacturing process of fine wire and cable. [0003] At present, the cladding stripping process of most fine wires and cables uses two V-shaped blades to produce incisions under the action of a mechanical transmission device, or the wire moves in a straight line, and the fixed carbon dioxide (CO 2 ) laser (carbon dioxide laser is suitable for cutting non-metallic materials) to cut the wire insulation layer, the traditional blade cutting is very easy to produce contact scars on the wire, and the l...

AI Technical Summary

Problems solved by technology

[0004] The invention provides a laser rotary stripping machine for wire insulating layer, which can overcome the problems of contact scars and unclean side stripping during cutting

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