The difference between precision parts machining and mechanical parts machining

In the era of old-fashioned mechanical equipment, mechanical parts processing manufacturers relied on traditional processing methods, which not only affected the production speed of workpieces but also had a negative impact on their quality. Nowadays, the ability to achieve such high standards in precision parts processing depends on advanced manufacturing technologies and high-precision, high-efficiency automated processing equipment.

So, what impact does precision parts processing have on industrial production? And what is the difference between it and mechanical parts processing? Let's explore these questions together.

About Precision Parts Processing:

The precision parts processing technology refers to the process that specifies the technological procedures and operation methods for precision parts processing. Under specific production conditions, it documents the relatively reasonable technological processes and operation methods in a prescribed form. After approval, these documents are used to guide production. Generally, the precision parts processing technical regulations include the following contents: the technological route for workpiece processing, the specific content of each process as well as the equipment and technological equipment used, the inspection items and methods for workpieces, cutting parameters, time quotas, etc.

Precision parts processing has many advantages. Firstly, it can effectively improve labor productivity, increase output, achieve higher economic benefits, and reduce enterprise costs. It can also improve working conditions, reduce labor intensity, shorten working hours, and enhance the level of civilized production. Additionally, precision parts processing can reduce the number of production workers, save factory space, shorten the production cycle, lower production costs, and save energy. Therefore, it can be said that precision parts processing offers numerous benefits.

About Mechanical Parts Processing:

The spinning processing equipment for mechanical parts processing includes small-tonnage equipment and large spinning machines for processing large products. It is an effective method for manufacturing precision products such as hollow cones, cylindrical parts, hemispheres, and thin-walled tubes. Spun products have high precision, good mechanical properties, and a wide range of dimensions. The tools and molds for spinning are simple and easy to replace; for manufacturing certain products, the production cost is lower than that of other methods. The main disadvantages are long production time, low output, and limited product variety. It is suitable for producing small-batch, multi-variety products.