Views: 0 Author: Site Editor Publish Time: 2023-06-26 Origin: Site
Turning machining is an important mechanical processing method, mainly applied in multiple fields such as mechanical manufacturing, automotive manufacturing, aerospace, electronics, etc. Its application range is very wide, and this article will introduce the main scope of turning machining.
1、 Mechanical manufacturing
Mechanical manufacturing is one of the main application fields of turning machining, involving the processing and manufacturing of various mechanical equipment and components. Lathe equipment is the core equipment for turning processing. By cutting raw materials with lathe equipment, various shapes of components can be manufactured, such as shaft parts, disc parts, bracket parts, etc.
2、 Automobile manufacturing
Automotive manufacturing is one of the important application fields of turning machining, which is mainly used to process various automotive components, such as engine components, chassis components, body components, etc. By turning, various shapes of components can be manufactured to meet the needs of automotive manufacturing.
Aerospace is one of the high-end application fields of turning machining, involving the manufacturing of high-precision equipment such as various aircraft, rockets, satellites, etc. Turning machining is mainly used in aerospace to process various components, such as aircraft engine components, fuselage components, etc.
Electronics is another important application field in turning machining, involving the manufacturing of various electronic products. Turning processing is mainly used in electronics to process various electronic components, such as capacitors, resistors, inductors, etc.
When turning, the following points need to be noted:
1. Accuracy requirements: Turning processing needs to ensure the accuracy of the processed parts, including dimensional accuracy, shape accuracy, surface roughness, etc.
2. Selection of cutting parameters: The selection of cutting parameters has a significant impact on the machining quality, and appropriate cutting parameters need to be selected based on different materials and machining requirements.
3. Tool selection: The tool is one of the key tools in turning processing, and suitable tools need to be selected based on different materials and processing requirements.