The precision hardware processing industry is now in a state of rapid development, and many companies need to rely on it for their parts and equipment production. Therefore, the requirements for precision hardware processing are getting higher and higher, and the conditions for processing drawings, materials, and processing technology are relatively strict. Therefore, it is necessary to understand how to avoid the workpiece being scrapped during processing and to make corresponding preparations to improve production efficiency.


The first thing that needs to be clear is that drawings are very important. Drawings are equivalent to the heart of the entire process. If the drawings do not indicate the corresponding geometric tolerances, the products produced may not achieve the intended use. At the same time, the drawings also set a direction for precision machining enterprises. According to the drawings, The corresponding technological process can be drawn up, the processing time can be reasonably arranged, and the production efficiency can be accelerated.





Secondly, the materials used for processing are also crucial. Without good materials, no matter how good the equipment is, it cannot reach a perfect standard. The finished products may not be beautiful enough. Now many precision metal parts are more or less used in automobiles, aerospace, and medical enterprises. The required workpieces Not only must the appearance be beautiful, but the precision must reach a very high level, and it also requires better raw material characteristics.


Third, the cost budget and the processing cycle budget. In most cases, the price of workpieces produced and processed in the precision hardware processing industry is declining, while the cost of materials and labor is rising, so it is necessary to budget in advance, control the corresponding controllable costs, and arrange orders reasonably during the production period to avoid Processing workpieces in a hurry leads to uncontrollable factors.


Fourth, surface treatment and packaging and transportation. After processing, hardware parts need to be treated in time to avoid oxidation and corrosion of the workpiece. Corresponding protective measures should be selected during packaging and transportation to avoid compression deformation and bumping of the workpiece during transportation, so as to ensure that the workpiece is handed over in a perfect state. in the hands of customers.