What are the process preparations for the expansion of mechanical parts processing in the mechanical parts processing industry?

1. Read the drawings and understand the various requirements of the parts. It is a basic requirement to read and understand the drawings before processing. When processing mechanical parts, it is necessary to understand the specific situation of the part, whether it is part of a certain equipment or a separate part. What is the overall size of this part and can our equipment process it? There are also processes that need to be processed, and what is the sequence between them. There are also parts that are difficult to achieve in the process of processing. In addition, the processing flow and ideas of the parts should form a process in the mind to see if there are any errors.

Second, the method of processing the entire part is well understood. When mechanical parts are processed, the processing of parts cannot be processed through a single method. Other processing methods will also be involved. Not to mention the four major processing methods. Wire cutting, casting, forging and other methods will be used in the process. As an operator, all these processing methods should be mastered and proficient in contact.

3. To understand some basic conditions in this processing plant. Regarding where the equipment is placed, what is the situation in the workshop, what is the water and electricity situation, what is the technical strength of the technicians, and the degree of care of the operators, etc.

Fourth, the sequence and design of the technological process. Here, the level of a technician is reflected here. The preparation of the process, how to operate it scattered, and how to process it if it needs to be centralized. These methods are subject to change at any time. To figure out the prioritized relationship between them will be more convenient and efficient for this type of processing in the future.

Mechanical parts are important parts of the transmission system, especially to remove flashes, burrs, chamfers, to remove machining knife marks, reduce tooth surface roughness, fine polishing, etc. There is no bump during deburring and polishing. Changing the geometrical dimensions of mechanical components and throwing out high precision mechanical components can effectively improve the transmission quality of mechanical components and reduce transmission noise. It can effectively improve the transmission quality.