CNC machining has extensive applications in the manufacturing industry, especially suitable for the processing of parts that have high requirements for precision, complexity and production efficiency. The following are some common types of parts that require CNC machining:
★ Irregular parts: Parts with irregular shapes. These parts usually have poor rigidity and require mixed processing of multiple points, surfaces, lines, etc. The deformation and accuracy of irregular-shaped parts are extremely difficult to guarantee, so it is hard for ordinary machine tools to complete the processing. CNC processing is required for this purpose.
★Disc, sleeve and plate parts: The surfaces of these parts usually have distributed hole systems, keyways, radial holes and curved surfaces. For instance, for shaft parts with complex curved surfaces, curved surface parts need to be processed by CNC vertical machining centers, while parts with hole diameters require CNC horizontal machining centers for processing.
★Box-type parts: These parts usually have a hole system, with cavities inside the parts and a certain proportion of length, width and height. They are mostly used in fields such as automobiles, medical devices and aircraft manufacturing. These parts have relatively high machining requirements and usually need to go through processes such as milling, drilling, reaming, boring, reaming, and tapping. Because the processing time of ordinary machine tools is long and the processing accuracy cannot be guaranteed, such parts are generally processed by CNC machining centers.
In addition, based on the characteristics and advantages of CNC machining, it has also been widely applied in the parts processing of the following industries:
►Automobile and auto parts manufacturing: CNC machining can be used to process components such as engines, chassis, bodies, and interiors, helping manufacturers produce more precise and durable automotive parts.
►. Aerospace: Due to the extremely high requirements for precision and strength in aerospace and aviation components, CNC machining is widely applied in these fields. For instance, aircraft engine blades, rocket engine nozzles, etc. can all be produced through CNC machining.
►. Medical device manufacturing: The production of medical devices has very high requirements for precision and cleanliness. The use of CNC machining can ensure product quality while improving production efficiency. For instance, medical implants, prostheses and the like can be produced through CNC machining.
►. Electronic equipment manufacturing: Electronic equipment has very high requirements for the precision and stability of components. The performance and quality of electronic products can be enhanced by using CNC machining. For instance, circuit boards, mobile phone casings and the like can all be produced through CNC machining.
Overall, CNC machining is suitable for parts with complex structures, numerous processes, and high precision requirements, as well as precision parts that need to use various types of tools and fixtures and require multiple clamping and adjustments to complete the processing. With the continuous advancement of technology and the development of the manufacturing industry, the application scope of CNC machining will continue to expand.
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