There are six processes in the production process of semiconductor cabinets, which are basically: product design&mdash& mdash; Cutting and cutting materials&dash& mdash; Punching Processing&Dash& mdash; Bending processing&dash& mdash; Welding continuity&dash& mdash; In order to produce high-quality semiconductor cabinets, the requirements for each step are very strict in terms of appearance treatment. 1、 The mission of semiconductor cabinet product design is to conduct experimental discussions on the product structure concept, constituent components, and related new principles, processes, etc. of new products to obtain the required parameters for design, draw a sketch of the semiconductor cabinet, confirm the detailed architecture, dimensions, and technical conditions of each component of the new product, calculate the layout and strength and rigidity of the whole machine, conduct technical analysis of the semiconductor cabinet product, and verify whether its function and cost meet the requirements of the product development plan.

The first process of semiconductor cabinet production& mdash; At the beginning, most manufacturers of semiconductor cabinets were based on the dimensions in the product design drawings, and then purchased the cut steel plates for online application. The savings are not only in one process, but also in the consumption, equipment investment, and manpower investment during the production process. EMAR Technology Co., Ltd. was established in August 2016. Its original address was Xinpo Duyuan, Changbu Village, Xinyu Town, Huiyang District, EMAR City, Guangdong Province. Its current address is Building B17, Queshuiyang Slope Factory, Huiyang District, EMAR City, Guangdong Province. Since its establishment, the company has mainly engaged in sheet metal structure design and production supporting processing We have been committed to the production and manufacturing of supporting products in the fields of semiconductor equipment, stainless steel equipment (including specialized production lines for mirror stainless steel processing), financial equipment, medical equipment, network applications, and more. The company's existing equipment mainly includes CNC punching machines, lasers, CNC folding machines, gantry milling machines, robotic welding, spraying lines, screen printing lines, and electronic assembly lines. At the same time, the company has improved its strict quality management system and passed the ISO9001:2015 quality system certification. The advanced supporting equipment and strict quality management system enable the company to meet the diverse needs of customers in terms of contracting, delivery time, and quality. 3、 The stamping and stamping production of semiconductor cabinets is the process of processing metal materials using stamping equipment and molds. 4、 The bending process of semiconductor cabinet workpieces is carried out on machine presses, friction presses, or hydraulic presses. In addition, it is also carried out on specialized equipment such as bending machines, pipe bending machines, and stretch bending machines. The characteristic of bending on a press is that the object moves in a straight line, which is called bending; The twisting and turning of objects on the decoration of some specialized equipment is called bending or hydraulic. 5、 The welding process in the production of semiconductor cabinets should be neat and even, without defects such as cracks, undercutting, notches, and burn through. Defects such as pores, weld beads, slag inclusions, pits, etc. should not be present on the surface and should not be obvious inside. The welding should be firm and solid, and the solder on the surface of the components should be filled in place without cracks. 6、 The surface treatment process of semiconductor cabinets involves degreasing and rust removal, followed by phosphating to form a phosphate protective layer to block air and prevent oxidation of the semiconductor cabinet surface. Then, powder coating is applied to form a strong coating on the surface of the semiconductor cabinet.