Machining process for packing machine body

Abstract

A processing technology for the fuselage of a packaging machine, which selects stainless steel industrial thick plates as raw materials, uses CNC numerical control laser cutting technology to drill holes in the stainless steel industrial thick plates, and completes the round holes, square holes, and special shapes required by the fuselage at one time. Holes, stainless steel industrial thick plates are combined through connecting shafts to form the body of the packaging machine. This invention uses stainless steel industrial thick plates as raw materials to solve the problems of paint falling off and rusting on the fuselage due to the humidity of the environment. CNC numerical control is adopted. Laser cutting technology or high-pressure water jet cutting technology performs drilling on stainless steel industrial thick plates, which avoids subsequent hidden troubles caused by inaccurate drilling, and the invention also simplifies the post-maintenance work of the packaging machine body.

Description

technical field [0001] The invention relates to a processing technology, in particular to a processing technology of a packaging machine body. Background technique [0002] Packaging machine is a machine used to pack products. The body of existing packaging equipment uses U-shaped channel steel or rectangular square tube as raw material, the surface is sprayed with anti-rust treatment, and then the body of the equipment is manufactured by manual welding and combination. However, due to the humid and harsh environment, problems such as paint peeling and rusting often occur on the surface of the fuselage; due to the differences in welding and drilling techniques of workers, the quality of the equipment fuselage manufactured by manual welding combination is not stable after welding. It is prone to problems such as overall deformation, desoldering, low strength, and inaccurate hole positions. Moreover, the production of the packaging machine body in the prior art also requires ...

AI Technical Summary

Problems solved by technology

However, due to the humid and harsh environment, problems such as paint peeling and rusting often occur on the surface of the fuselage; due to the differences in welding and drilling techniques of workers, the quality of the equipment fuselage manufactured by manual welding combination is not stable after welding. Prone to overall deformation, desoldering, low strength, and inaccurate hole positions

Moreover, the production of the packaging machine body in the prior art also requires degreasing, cleaning and other processes, and then the surface is painted with a putty layer, sprayed with a primer, sprayed with an intermediate paint, sprayed with a surface paint, and finally baked. The process is complicated and time-consuming. , the pollution is large and it is prone to paint peeling and scratches during assembly and use, which leads to a great decline in the anti-rust ability