Multi-loading-unit rotary exchange type laser engraving device

Abstract

The invention relates to a multi-carrying unit rotary exchange typed laser carving machine, comprising a laser operation device and a rotary exchange carrying device; the laser operation device consists of a main frame, a laser, an optical path and a laser operation head; the laser operation head is arranged on the main frame; the carving machine also comprises a rotary exchange carrying device which consists of an auxiliary frame, a rotary mechanism and a carrying mechanism which is rotated under the control of the rotary mechanism; the rotary mechanism and the carrying mechanism are arranged on the auxiliary frame; the carrying mechanism is provided with two or more carrying units; each carrying unit is corresponding to the working position; furthermore, each carrying unit sequentially enters in and out of laser working position below the laser operation head of the laser operation device in a rotary exchange type; the existing single working position operation structure is replaced by the rotary exchange carrying device which is provided with the multi-carrying unit, namely, the intermittent and fitful operation mode is replaced by the continuous exchange operation mode, so as to improve the integrated efficiency of the laser operation.

Description

technical field [0001] The invention relates to a laser engraving machine, in particular to a rotary exchange type laser engraving machine with multiple loading units. Background technique [0002] At present, the application of laser processing is becoming more and more extensive. For example, laser engraving machines have been popularized in many fields such as clothing, luggage, handicrafts, electronics, and machinery manufacturing. , a large amount of time in the operation is used for the preparation of materials and equipment in the early stage of laser operation and the unloading of finished products after laser operation. Because it is intermittent production, its work efficiency is also difficult to improve. Therefore, how to break through the single-machine single-station operation mode and improve the overall work efficiency of laser operations has become an improvement goal pursued by the industry. Contents of the invention [0003] The present invention aims a...

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Problems solved by technology

[0002] At present, the application of laser processing is becoming more and more extensive. For example, laser engraving machines have been popularized in many fields such as clothing, luggage, handicrafts, electronics, and machinery manufacturing. , a lot of time in the operation is spent on the preparation of materials and equipment in the early stage of laser operation and the unloading of finished products after laser operation. Since it is intermittent production, its work efficiency is also difficult to improve

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