Precision parts machining process flow
Precision parts machining process flow
At Proto-mold, The machining process of precision parts involves multiple steps and various machining methods to ensure the accuracy and quality of the parts. The following are some common processing processes and key steps:
1. Selection of material: according to the characteristics of the parts and working environment, choose the appropriate material. This step is the basis for ensuring the performance of the part.
2. Roughing: including blank manufacturing, grinding, this step is mainly for the parts of the preliminary shape and size adjustment.
3. Finishing: using lathe, milling machine, fitter and other methods for fine shape and size adjustment, to ensure that the accuracy of the parts meet the requirements.
4. Assembly and inspection: will be processed parts assembly and inspection, to ensure that the function and performance of the parts meet the design requirements.
5. Packaging: packaging of qualified parts, to protect the safety of parts during transportation and storage.
In addition, there are also some specific processing methods, , such as
centralized tool sorting method: according to the use of the tool division process, reduce the frequency of tool change, improve processing efficiency.
rough, finishing division method: first rough machining, and then finishing, to ensure the accuracy and surface quality of the parts.
according to the processing parts sorting method: first processing plane, then drilling, is suitable for complex geometric shape processing.
The purpose of these processes and methods is to ensure the machining quality and accuracy of precision parts to meet the specific requirements of use. each factory may work out specific process regulations according to its own equipment conditions, quality of workers and quantity of products and other factors, to ensure the production efficiency and product quality.
If there is any these CNC Milling precision parts to do , please feel free contact with Proto-mold (Claire@proto-mold.com )
