What common precision hardware processing parts can be completed by CNC lathe processing?
We all know that CNC lathe processing can complete various processing requirements such as precision hardware parts, such as milling, drilling and boring that are often used. Through high-performance machine tools with strong comprehensive processing capabilities, we can complete the processing requirements of precision hardware parts in various fields. Mainly used for complex shapes, many processes, and high-precision requirements, such as machining box-type parts, complex surface-type parts, special-shaped parts, disc-shaped parts, sleeve-type parts processing parts, plate-shaped parts, etc. Precision metal processing materials.
Below, I will introduce some common precision metal processing parts to you:
1. Precision metal processing box parts
Machining center machining of box-shaped parts usually requires a high-precision hole system and flat surface. When machining center parts, 60% to 95% of the machining operations can be done in one setup.
Machining complex surface parts
Typically, the machining of complex curved parts is carried out by using a four-axis linkage. For example, five-axis machining centers can process a variety of complex curved parts. Simple curved parts can also be used with a three-axis machining center, but a ball nose end mill must be used for three-coordinate machining, and the machining efficiency is high, but the efficiency is relatively low. Complex surface parts cannot be processed with three-axis machining centers, because three-axis machining centers can only process simple curved parts, while complex curved workpieces cannot be processed. For complex curved components such as impellers, blades and marine propellers, five shafts are required. Machining can only be done by linked machining centers.
2. Precision metal processing special-shaped parts
What is a special-shaped part? Shaped parts are parts made up of a mixture of dots and lines with very strange and very irregular shapes. The processing of such parts requires the use of a five-axis simultaneous machining center, and the processing of formed parts is more complex in shape. The higher the precision requirement.
3. Precision metal processing of disc-shaped parts, sleeve-shaped parts and plate-shaped parts
There are many types of parts, including keyways and radial bores, flat bores, curved or shaft-like parts such as flanged bushings, shaft parts with keyways or square heads, etc. Plates with perforated machining, such as various motor covers.
CNC lathe machining center has strong processing capacity and high cost. They should make full use of the advantages of CNC lathe machining centers in terms of complex machining shapes, a large number of processes and high-precision requirements, so that CNC lathe machining centers can maximize their own value. For parts with lower processing requirements, a lathe or milling machine should be used as much as possible to meet the processing requirements and reduce production costs.
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