Laser disassembly equipment for externally-wrapped metal shell and application method thereof

Abstract

The invention discloses laser disassembly equipment for an externally-wrapped metal shell. The laser disassembly equipment comprises a control cabinet and an indoor equipment body; the control cabinetcomprises a laser emitter and a control system; the indoor equipment body comprises a movable cutting device and a clamping operation platform, wherein the movable cutting device and the clamping operation platform are arranged in the indoor equipment body and are supported by a lathe; a laser of the laser emitter adopts a pulse laser; the movable cutting device comprises a beam frame, a front slide carriage and a rear slide carriage, wherein the front slide carriage and the rear slide carriage are connected to the beam frame in a sliding mode; a laser cutting head arranged on the front slidecarriage is connected to the laser emitter; a cutting clamp is fixed to the rear slide carriage; the clamping operation platform comprises a sliding base, clamping head parts and a driving motor which are fixed to the lathe; and the clamping head parts are movably connected to the sliding base and is electrically connected to the driving motor. The laser disassembly equipment and the applicationmethod thereof have the advantages that a test workpiece is disassembled through a non-penetration type laser disassembly method, the cutting efficiency is high, the cutting quality is good, in addition, the laser disassembly depth is accurate and controllable, and the damage to internal materials can be prevented.

Description

technical field [0001] The invention relates to the technical field of laser cleaning, in particular to a laser dismantling device with an outer metal casing and a use method thereof. Background technique [0002] Over the years, laser cutting technology has been widely used in many fields. With the development of processing technology, while more and more materials are being processed and used, some important materials or products need to be protected by external metal hard shells. When materials need to be processed and products need to be used or replaced, The metal crust on the surface must first be removed. Traditional methods (such as mechanical scraping) have the problems of low cutting efficiency, serious pollution of cutting residues, and easy damage to internal materials; laser cutting methods require high-speed and high-pressure airflow to blow off surface cutting residues due to the working characteristics of the laser cutting head. There is a problem that the ...

AI Technical Summary

Problems solved by technology

Traditional methods (such as mechanical scraping) have the problems of low cutting efficiency, serious pollution of cutting residues, and easy damage to internal materials; laser cutting methods require high-speed and high-pressure airflow to blow off surface cutting residues due to the working characteristics of the laser cutting head. There is a problem with easily damaging internal materials

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