A working method of a production line integrating laser engraving, board splitting and testing functions

Abstract

The invention relates to a working method of a production line integrating laser engraving, board dividing and detecting functions. The production line comprises an automatic feeding machine, a first sequencing mechanism, a laser engraving machine, a second sequencing mechanism, a standard automatic temporary storage machine, an automatic board dividing machine, a customized automatic temporary storage machine, an automatic detection transferring machine and a material collecting machine which are sequentially connected; the working method of the production line comprises the following steps of S1, manual feeding; S2, primary sequencing; S3, carrying out laser engraving operation; S4, secondary sequencing; S5, primary temporary storing; S6, automatic board dividing; S7, secondary temporary storing; S8, detecting and transferring; S9, automatically swinging the tray; and S10, recycling and replacing. The working method has the advantages that the quality is stable, the functions are multiple, the cost is low, the automation degree is high, and the efficiency is high.

Description

technical field [0001] The invention relates to a working method of a production line integrating laser engraving, board splitting and detection functions. Background technique [0002] In the existing technology, the signal transmission between various electronic devices tends to be wireless, such as mobile phones, tablet devices, watches, etc. In order to ensure that various electronic devices have good wireless signal transmission functions, it is necessary to Laser engraving, sub-board and functional testing are carried out on the product at the first stage; however, the laser engraving, sub-board and testing functions in the prior art are mostly carried out through different equipment and production lines, with low degree of automation, low matching degree, single performance and different working conditions. Stable, high cost, low efficiency, poor production quality. Contents of the invention [0003] The technical problem to be solved by the present invention is: a...

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Problems solved by technology

[0002] In the existing technology, the signal transmission between various electronic devices tends to be wireless, such as mobile phones, tablet devices, watches, etc. In order to ensure that various electronic devices have good wireless signal transmission functions, it is necessary to Laser engraving, sub-board and functional testing are carried out on the product at the first stage; however, the laser engraving, sub-board and testing functions in the prior art are mostly carried out through different equipment and production lines, with low degree of automation, low matching degree, single performance and different working conditions. Stability, high cost, low efficiency, poor production quality

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