The difference between precision parts processing and mechanical parts processing

In the old days of machinery and equipment, mechanical parts processing manufacturers processed according to traditional processing methods, which not only affected the production speed of the workpiece, but also affected the quality of the workpiece. Today's precision parts processing can reach this standard, relying on advanced manufacturing technology, high-precision and high-efficiency automatic processing equipment.

So what is the impact of precision parts processing on industrial production? What is the difference between it and mechanical parts processing, let's take a look at it together.

About the machining of precision parts:

The machining process of precision parts is a process that specifies the machining process and operation methods of precision parts of parts. Under the production conditions, the more reasonable process and operation methods are written into the process documents in the prescribed form, and after approval, they are used to guide the production. The process specification for precision parts processing generally includes the following contents: the process route of workpiece processing, the specific content of each process and the equipment and process equipment used, the inspection items and inspection methods of the workpiece, the amount of cutting, the time quota, etc.

There are many advantages of precision parts processing. First of all, precision parts processing can effectively improve labor productivity, increase output, have higher economic benefits and reduce enterprise costs. Precision parts processing can also improve labor conditions, reduce labor intensity, shorten labor time, and improve the level of civilized production. In addition, precision parts processing can reduce production workers, plant area, shorten production cycle, reduce production costs, and save energy, so precision parts processing can be said to have many benefits.

About the processing of mechanical parts:

Machining and spinning of mechanical parts has small tonnage equipment and large presses for processing large products , is an effective method for manufacturing precision products such as hollow cones, cylindrical parts, hemispheres and thin-walled pipes. Spinning products have high precision, good mechanical properties and a wide range of sizes. Spinning tools and molds are simple and easy to replace; for some products, the production cost is lower than other methods. The main disadvantage is that the production time is long, the output is low, and the variety is limited. It is suitable for the production of small batches and multi-variety products.