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Further understanding →The company was founded in 1980 Main products: Scientific research, production and large-scale machining of ductile iron, vermicular graphite cast iron, gray cast iron and special performance cast iron
19
2024
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03
Mechanical processing plant-specific processing technology
When processing mechanical parts, the mechanical processing plant must develop the processing technology of the mechanical parts to ensure that each link is normal. In the processing of mechanical parts, grinding is used to produce and process various metal materials, and can produce processing planes, inner and outer cylindrical surfaces and conical surfaces.
When processing mechanical parts, the mechanical processing plant must develop the processing technology of the mechanical parts to ensure that each link is normal. In the processing of mechanical parts, grinding is used to produce and process various metal materials, and can produce processing planes, inner and outer cylindrical surfaces and conical surfaces.
The entire grinding process can be micro-analyzed and drilled on steel parts based on inorganic acid abrasive particles used by abrasive tools, which includes a complex combination of physical and chemical effects. Since the raw material of the grinding tool is softer than that of the steel parts to be ground, the abrasive grains in the abrasive are placed on the surface of the grinding tool or fluctuate to form a multi-blade matrix. When the grinding tool and steel parts are grinding exercise, the surface of the steel parts is microscopically analyzed and drilled under the necessary working pressure.
When choosing chromium oxide, polyether or other abrasives, the surface of the steel will produce a layer of extremely thin air oxide film, which is easily worn away. During the entire grinding process of the mechanical processing plant, the air oxide film is continuously produced rapidly and is continuously ground by the plant, thereby accelerating the entire grinding process and reducing the roughness.
The passivated abrasive grains press against the surface layer of the steel part, deforming the raw material to be processed in production. The peaks and troughs of the surface of the steel tend to flatten during the cold work hardening process of plastic deformation or continuous deformation, and small cuts occur when the steel breaks.
Mechanical processing plant in the process of mechanical parts processing workpieces, the use of sensor technology for process identification, that is, to identify whether the processing process is a part processing (parts) required process. Identify whether the workpiece or blank to be processed into the machine tool is the workpiece or blank to be processed; at the same time, it is also required to identify whether the posture of the workpiece installation is the posture required by the process specification.
In addition, the machining process plant workpiece identification and workpiece installation monitoring can also be used to sense the machining allowance and surface defects of the blank or workpiece to be machined. The important point of sensor technology for mechanical parts processing is to reduce the accident rate. Tool sensors on machine tools can now effectively prevent such incidents.
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