Outsourcing processing of titanium alloy mechanical parts

       Basic requirements for processing technology of precision mechanical parts



In the process of design, the processing of precision mechanical parts must not only meet the requirements of its use, that is, have the ability to perform the required work, but also meet the production requirements in the process of operation. In the process, it is easy to process and the processing cost is very low. Such parts will be said to have good manufacturability to a certain extent.



Basic requirements for processing technology of precision mechanical parts



1. In the process of selecting the blank, it is necessary to adopt the blank preparation method in its reasonable amount of mechanical manufacturing. During the operation, the method of profile, casting, forging, welding and stamping will be directly used. The selection is related to the specific production technical conditions, and generally depends on the production batch as well as the performance and processing possibilities.



2. The structure of precision mechanical parts processing is very simple in the process of design. In the operation, simple surfaces and combinations are mainly used. To a certain extent, the number of processed surfaces should be as small as possible. The processing area is small.



3. The cost of machining parts that require appropriate manufacturing accuracy and surface roughness for precision mechanical parts will increase with the improvement of their accuracy. In the case of high precision during operation, such an increase is extremely high. Significantly, therefore, high precision should not be pursued without sufficient grounds. Similarly, the surface roughness of the parts should also be properly specified according to the actual needs of the mating surface.



4. To a certain extent, the processing of precision mechanical parts can design parts with good craftsmanship. In the process of design, it must be combined with process technicians and be good at learning from them.



To a certain extent, the surface roughness of precision mechanical parts can effectively reflect the error of the micro-geometry of the surface of the parts.