The fully automatic zipper threading machine is used to manufacture a large number of detachable accessories for various types of long and short outerwear and leather jackets. Its function is to support the conveyor belt and ensure that the sag of the conveyor belt does not exceed the limit value to reduce running resistance and ensure the smooth operation of the mesh belt conveyor. Aijia Automation ensures a stable state between material layers, forming a continuous overall flow under the action of the conveyor chain. Control the pressure of the electric press and the distance between the cutting edges to ensure that the zipper bag edges are free of burrs, smooth, and smooth. The fully automatic zipper threading machine is mainly composed of various hydraulic components and auxiliary hydraulic components, among which the oil pump and motor are the power sources of the injection molding machine. The Aijia automatic electrical control system and hydraulic system of the fully automatic zipper threading machine are properly coordinated to achieve the process requirements (pressure, temperature, speed, time) and various program actions of the injection machine. (6) Packaging products, this packaging is not about packaging products, but about creating attractive and upscale products. The fully automatic zipper threading machine is usually composed of an injection system, a mold closing system, a hydraulic transmission system, an electrical control system, etc. The drum cannot be used alone in conjunction with other conveying machines and various types of machines to complete the entire production process.

The manufacturing disadvantage of fully automatic zipper threading machine is that the chain teeth are more prone to detachment and displacement than other types of zippers. Due to the high cost of raw materials, the price is higher than other types of zippers. The fully automatic zipper threading machine also serves consumers with low prices, high-quality appearance, and excellent quality. Sometimes it interferes with the chain link, causing significant changes in running resistance, exacerbating the shaking of the chain and causing detachment.