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NEWS CENTER
Basic requirements for precision parts processing
Release time:
2021-11-09 10:29
Key words:
Precision parts processing
To understand the requirements for precision machining of parts, the first step is to know what precision machining is. It is actually a type of mechanical manufacturing, but it is more precise and requires higher production machinery and processes. With the trend of modern development, precision machining is classified more and more, with more and more detailed and systematic directions.
Any machine equipment is composed of many different small parts, each of which plays a particularly important role. Parts must be assembled, so precision mechanical component processing manufacturers will carry out reprocessing according to such requirements. After processing various types of parts, we can obtain more suitable parts for ourselves, so in order to better serve the project for ourselves. Therefore, many people cannot avoid the important process of precision machining.
In order to better ensure the machining accuracy of precision parts, it is best to separate the processing of coarse and fine mechanical parts. Due to the large amount of drilling during the processing of rough mechanical parts, the product workpiece is subjected to high cutting speed, clamping force, and high calorific value. The surface of the machined mechanical parts has obvious cold work hardening, resulting in significant thermal stress inside the product workpiece. If the processing of rough and fine mechanical parts continues, the precision of parts after deep processing will be rapidly lost due to the re spread of crustal stress. In the process of precision parts processing, heat treatment process flow is often assigned. The allocation of heat treatment process flow parts is as follows: to improve the drilling and machining characteristics of metal materials, such as quenching, quenching, heat treatment, etc., it is generally allocated before mechanical parts processing.
The processing process of precision parts is very strict, with each ring of the tool being inserted and released, and mastering the precision accuracy of the specifications can reduce the consumption of raw materials and control costs. For example, what are the positive and negative poles in millimeters μ M, etc. If the specifications are incorrect, it will become waste and the parts cannot be used. In the development of the mechanical equipment manufacturing industry, people are increasingly attaching great importance to the quality of precision machinery manufacturing processes. Therefore, it is necessary to choose relevant methods to solve it, which will further improve the machining accuracy of precision mechanical parts. And with the continuous development trend of technological progress, people have also applied many excellent technological advancements to it. This enables people to obtain high-quality and high-precision parts during the processing and production of mechanical parts.
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