Circular type silica gel screen printing equipment

Abstract

The invention relates to the technical field of silica gel screen printing equipment, in particular to circular type silica gel screen printing equipment which comprises a circular conveying device, ascreen printing device, a braking device and a control device. The screen printing device and the baking device are arranged on the circular conveying device. The control device is arranged on the screen printing device and is electrically connected with the circular conveying device, the baking device and the screen printing device. The circular conveying device is provided with a plurality of carrying tables used for storing screen printed products in a circular transmission manner. The circular conveying device drives the carrying tables to sequentially penetrate the screen printing deviceand the baking device. According to the equipment, a circular flow manner is adopted for carrying out silica gel screen printing and baking on products, the products are conveyed circularly on the carrying tables, staff directly place the products needing to be printed in a screen manner and take out the products obtained after screen printing is carried out, the working efficiency is improved greatly, and labor is saved.

Description

technical field [0001] The invention relates to the technical field of silica gel silk screen printing equipment, in particular to a circulating silica gel screen printing equipment. Background technique [0002] Silicone screen printing is more and more widely used, and machine printing is gradually replacing manual printing; the traditional screen printing machine is that a pair of rails are set above the frame, and a motor-driven printing head is set on the rails, and the printing head can be on the rails. Up movement, to achieve the purpose of multi-station printing. However, the traditional walk-behind screen printing machine cannot meet the needs of silicone screen printing. During the printing process of silicone printing, because the silicone oil has a certain viscosity and thickness, during the printing process, the force or height of the scraper is manually adjusted by the screw cap of the scraper cylinder. Realize the adjustment of scraper height. In repeated pr...

AI Technical Summary

Problems solved by technology

However, the traditional walk-behind screen printing machine cannot meet the needs of silicone screen printing. During the printing process of silicone printing, because the silicone oil has a certain viscosity and thickness, during the printing process, the force or height of the scraper is manually adjusted by the screw cap of the scraper cylinder. Realize the adjustment of scraper height

In repeated printing, this kind of manual adjustment is inefficient and difficult to accurately control the accuracy of each adjustment. It must be adjusted by experienced full-time personnel, which wastes human resources and increases production costs. In addition, due to the silicone oil has Viscosity, at present, the screen cylinder of the screen printing machine is fixedly connected with the screen plate. After the printing is completed, the screen cylinders on both sides move together to lift the screen plate vertically.

Due to the performance of silica gel (such as high viscosity, poor off-grid, etc.) and the insufficient tension of the screen after increasing the screen area, it leads to defects such as drawing, and the printing effect cannot meet the requirements. Therefore, the current screen printing machine cannot meet the automation of silicone screen printing. , many times it is manual work

[0003] Based on the above, the silicone printing equipment in the prior art still has the following disadvantages, such as: there is no designated workbench for placing silk-screen products that can be transported, and staff are required to perform alignment silk-screen printing. The silk-screen printing effect is poor, resulting in low work efficiency and low automation. Low-level issues exist that need to be addressed

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