The precision hardware processing industry is currently in a high-speed development trend, and many enterprises rely on it for the production of parts and equipment. Therefore, the requirements for precision hardware processing are becoming increasingly high, with relatively strict conditions for processing drawings, materials, processing technology, etc. Therefore, there is a need to understand how to avoid the invalidation of workpieces during processing and make corresponding preparations to improve production efficiency.

The first clear requirement is that drawings are very important. Drawings are like the heart of the entire process. If the drawings do not indicate the corresponding geometric tolerances, the products produced may not meet the intended use. At the same time, drawings also set a direction for precision machining enterprises. Based on the drawings, corresponding process flows can be formulated, processing time can be reasonably arranged, and production efficiency can be accelerated.

Secondly, the materials used for processing are also crucial. Without good materials, even the best equipment cannot achieve a perfect standard, and the produced products may not have a beautiful appearance. Nowadays, many precision metal processing parts are more or less used in automotive, aerospace, and medical enterprises. The required workpieces not only have a shiny appearance, but also high precision and good raw material characteristics.

Thirdly, cost budget and processing cycle budget. In most cases, the prices of workpieces produced and processed in the precision hardware processing industry are decreasing, while material and labor costs continue to rise. Therefore, demand should be budgeted in advance, and the corresponding controllable costs should be controlled. Reasonable scheduling should be carried out during the production period to avoid uncontrollable factors caused by hasty processing of workpieces.

Fourth, surface treatment and packaging transportation. Hardware parts require timely surface treatment after processing to avoid oxidation and corrosion of the workpiece. Corresponding protective measures should be selected during packaging and transportation to prevent deformation and collision of the workpiece under pressure during transportation, ensuring that the workpiece is handed over to the customer in a perfect state. CNC precision machining.