Novel laser engraving unit equipment

Abstract

The invention relates to novel laser engraving unit equipment which comprises a machine body, a machine cover and the like. The novel laser engraving unit equipment is characterized by further comprising a photoelectric receiver, a slag collecting groove, a photoelectric transmitter, a buzzer, a full-automatic electrostatic eliminator and an exhaust fan; and the machine cover is installed above the machine body and is provided with an observation opening, the photoelectric transmitter is installed on one side of the observation opening, a control table is installed on one side of the machine body, the full-automatic electrostatic eliminator is installed on one side of the control table, and the photoelectric receiver is installed on one side of the control table. By means of the exhaust fan, chippings and dust can be sucked into the slag collecting groove, equipment aging caused by too much dust is avoided, meanwhile, waste slag is more easily removed, and a large amount of cleaning time is saved; in the engraving process, the photoelectric transmitter will transmit photoelectric signals continuously, if the machine cover is not closed, the photoelectric receiver cannot receive the photoelectric signals, the buzzer is triggered to make a sound and give out an alarm, and a worker is prompted that the machine cover is not closed; and the full-automatic electrostatic eliminator can automatically eliminate surrounding static, and static interference is avoided.

Description

technical field [0001] The invention relates to a metal surface processing equipment, in particular to a novel laser engraving unit equipment. Background technique [0002] Improved laser engraving performance Sculpture The efficiency makes the surface of the engraved place smooth and round. When processing metal surfaces, laser engraving machines are often used. In order to meet the factory's assembly line processing, traditional engraving machines are mostly open, but there is too much dust in the factory, and the machine takes a long time. Exposure to the air is very easy to age, leading to failure of the engraving machine; the laser engraving machine will generate a lot of metal debris during the engraving process, the traditional engraving machine does not have the collection function, it is very difficult to clean up after use, and it takes a lot of time to clean it manually; the traditional During the engraving process of the laser engraving machine, if there is stat...

AI Technical Summary

Problems solved by technology

[0002] Improved laser engraving performance Sculpture The efficiency makes the surface of the engraved place smooth and round. When processing metal surfaces, laser engraving machines are often used. In order to meet the factory's assembly line processing, traditional engraving machines are mostly open, but there is too much dust in the factory, and the machine takes a long time. Exposure to the air is very easy to age, leading to failure of the engraving machine; the laser engraving machine will generate a lot of metal debris during the engraving process, the traditional engraving machine does not have the collection function, it is very difficult to clean up after use, and it takes a lot of time to clean it manually; the traditional During the engraving process of the laser engraving machine, if there is static electricity around, it is very easy to affect the engraving depth, resulting in different engraving depths

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