Processing and manufacturing process of semi-automatic screen printing machine

Abstract

The invention discloses a machining and manufacturing process of a semi-automatic screen printing machine. The machining and manufacturing process comprises the following steps that S1, a main body frame material of the semi-automatic screen printing machine is formed by cutting and punching a cold-rolled sheet; s2, the bottom is formed by a whole steel plate and is welded with a punch forming material; s3, hardware electromechanical accessories such as a mechanical transmission motor and a speed reducer are installed on the whole steel plate at the bottom of the semi-automatic screen printing machine; and S4, a storage groove is additionally formed in each of the two sides of the front side control surface of the semi-automatic screen printing machine. The invention has the following beneficial effects: 1, the production and manufacturing time of one device is shortened by 25%; 2, convenience is brought to operators to place articles and tools at the bottom of the equipment, and weight is obviously increased; and 3, the stability and the production speed are obviously improved. The bottom is of an integral steel plate structure, so that loading and unloading tools such as forklifts do not need to enter the equipment from the bottom to damage electromechanical hardware installed in the equipment during logistics transportation loading and unloading, and easy and random loading and unloading, machine moving and carrying are realized.

Description

technical field [0001] The invention relates to the technical field of semi-automatic screen printing machine processing, in particular to a processing and manufacturing process of a semi-automatic screen printing machine. Background technique [0002] The main frame of the traditional semi-automatic screen printing machine is a polygonal frame structure welded by square tube triangle iron or channel steel. The mechanical transmission motor, reducer and other hardware and electrical accessories are installed on the bottom steel profile, and the bottom is hollowed out. [0003] Disadvantages of the semi-automatic screen printing machine produced by traditional processing: 1. It is necessary to cut a large number of steel profiles, and the welding of each profile requires a lot of calibration and positioning; 2. The bottom is welded with profiles, which will leave a large number of hollow defects. 3. Handy items and tools of operators have no place to put them. Contents of t...

AI Technical Summary

Problems solved by technology

[0003] Disadvantages of the semi-automatic screen printing machine manufactured by traditional processing: 1. It is necessary to cut a large number of steel profiles, and the welding of each profile requires a large amount of calibration and positioning; 2. The bottom is welded with profiles, which will leave a large number of hollow defects. When loading and unloading tools such as forklifts are easy to touch the inside of the equipment by mistake, causing damage to electromechanical hardware accessories and making it difficult to transport and relocate;