Automatic screw fastening and laser coding machine

Abstract

The invention provides an automatic screw fastening and laser coding machine. The automatic screw fastening and laser coding machine is provided with a workbench. The workbench is provided with an automatic screw fastening mechanism and an automatic laser coding mechanism. The automatic screw fastening mechanism comprises a jig conveying mechanism, a screw fastening mechanism body, an inspection mechanism and a sorting mechanism. The screw fastening mechanism body, the inspection mechanism and the sorting mechanism are arranged along the conveying path of the jig conveying mechanism in sequence. The jig conveying mechanism conveys a jig and a workpiece placed on the jig to the screw fastening mechanism for screw fastening, then conveys the jig and the workpiece placed on the jig to the inspection mechanism for workpiece inspection, and goes on to convey the jig and the workpiece placed on the jig to the sorting mechanism, so that defective products are sorted out and sent to a defective product collecting station, and qualified workpieces are sent to the laser coding mechanism for coding. The automatic laser coding mechanism is further arranged on one side of the sorting mechanism.The automatic laser coding mechanism comprises a laser coding machine and a linkage clamping mechanism. Full-automatic machining on products is realized, the production efficiency is greatly improved, and the yield of products is increased.

Description

technical field [0001] The invention relates to the technical field of automatic machinery, in particular to an automatic locking screw and a laser coding machine. Background technique [0002] Screws are indispensable fastening parts in daily life and industrial production, and are widely used in daily life and industrial production; such as electronic products, engineering machinery, furniture products, etc. However, in the industrial production process, most of the screws on the workpiece are manually installed. If workers use manual screwdrivers to install, the efficiency will be relatively low. If workers use electric screwdrivers to install, then the efficiency will be improved to a certain extent. However, the accuracy of the installation of each screw cannot be guaranteed, and the consistency of the installation torque of each screw cannot be guaranteed, and it is easy to cause the screw to be twisted or over-tightened to slip, resulting in damage to the screw or dam...

AI Technical Summary

Problems solved by technology

However, in the industrial production process, most of the screws on the workpiece are manually installed. If workers use manual screwdrivers to install, the efficiency will be relatively low. If workers use electric screwdrivers to install, then the efficiency will be improved to a certain extent. However, the accuracy of the installation of each screw cannot be guaranteed, and the consistency of the installation torque of each screw cannot be guaranteed, and it is easy to cause the screw to be twisted or over-tightened to slip, resulting in damage to the screw or damage to the screw hole of the workpiece or the scrapping of the workpiece

In addition, for most electronic products, after the assembly is completed, each electronic product needs to be tested. Most of the electronic product testing is done manually using testing instruments to test the electronic products one by one, so the work efficiency is very low, and it is also There is no guarantee that the tested products are 100% problem-free

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