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Mechanical processing plant specific processing technology
11-12
When processing mechanical parts, the mechanical processing factory must develop the processing technology of the mechanical parts to ensure that every link is normal. In the processing of mechanical parts, grinding is used to produce and process various metal materials, and can produce and process flat surfaces, internal and external cylindrical surfaces and conical surfaces.
The entire grinding process can use inorganic acid abrasive grains to microscopically analyze and drill steel parts according to the grinding tool, which involves a complex combination of physics and chemistry. In mechanical processing plants, because the raw material of the grinding tool is softer than the material of the steel part to be ground, the abrasive grains in the abrasive are placed on the surface of the grinding tool or ripple to form a multi-edged matrix. When the grinding tool and the steel part perform grinding motion, the surface of the steel part is microscopically drilled under the necessary working pressure.
When chromium oxide, polyether or other abrasives are used, a layer of extremely thin oxide film will be formed on the surface of the steel part, and this layer of oxide film will be easily worn away. During the entire grinding process in a mechanical processing plant, air oxide films are continuously generated rapidly and are continuously worn away by plants, thus accelerating the entire grinding process and reducing roughness.
Parts Processing
The passivated abrasive grains squeeze the surface of the steel parts, deforming the materials to be processed. The crests and troughs on the surface of steel parts tend to flatten during the cold work hardening process of plastic deformation or continuous deformation, and micro-cutting occurs when the steel part breaks.
In the process of machining workpieces with mechanical parts, mechanical processing plants use sensor technology to perform process identification, that is, to identify whether the processing process is a process required for parts processing (components). It is necessary to identify whether the workpiece or blank sent to the machine tool to be processed is the workpiece or blank that needs to be processed; it is also required to identify whether the installation posture of the workpiece is the posture required by the process specification.
In addition, workpiece identification and workpiece installation monitoring in machining plants can also be used to sense machining allowances and surface defects of blanks or workpieces to be processed. An important point of sensor technology for mechanical parts processing is to reduce the accident rate. Today, tool sensors on machine tools can effectively prevent such incidents from happening.
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2025-04-08
Today, with the booming development of the construction machinery industry, precision machining of parts is not only the core guarantee of equipment performance, but also the key driving force for industrial upgrading. As an industry-leading engineering machinery parts processing service provider, Suzhou Yilian Industrial Technology Co., Ltd. has been deeply involved in the industry for 20 years, and has always taken technology as the foundation and quality as life to provide global customers with high precision and high reliability parts solutions.
Advantages of mechanical processing heat treatment
2023-11-27
When machining parts, the corresponding heat treatment process can be carried out first, which can greatly enhance the precision and service life of the parts. This will help to improve the hardness, wear resistance and strength of the machined parts. Mechanical processing is a processing technology that uses machine tools to process parts. So how to perform heat treatment on mechanical parts? Mechanical processing will carry out corresponding heat treatment processes before and after parts are processed.
Precautions for safety in CNC machining
2023-11-27
Parts refer to individual inseparable parts in machinery. They are the basic components of the machine and the basic unit in the machinery manufacturing process. Its manufacturing process generally does not require assembly processes. Such as bushings, bearing bushes, nuts, crankshafts, blades, gears, cams, connecting rod bodies, connecting rod heads, etc. To put it simply, non-standard parts are parts that do not have certain standards. Crafting custom parts is easier than standard parts. And it won't be that complicated. Everyone knows that improper operation in CNC machining will cause certain harm to the operator. Therefore, when we use CNC machining to process non-standard parts, we must strictly abide by the operating rules to ensure safety. Specific attention should be paid to the safety of CNC machining. The matters are as follows: