CNC plastic machining has certain requirements for material condition, machining environment, tool condition, and dimensional inspection. Many production sites pay more attention to cutting speed, feed rate, tool selection, and
POM (polyoxymethylene) is a common engineering plastic with good hardness, wear resistance, dimensional stability, and mechanical strength. It is widely used to manufacture gears, bushings, sliders, washers, guide rails, connectors,
Plastic gaskets are widely used in sealing, positioning, cushioning, and insulation applications, and are common parts in mechanical equipment, piping connections, and electronic assemblies. Compared with traditional metal gaskets, plastic
PVC is a relatively common plastic material in both industrial production and daily life, found in products such as water pipes, window frames, electrical conduit, and decorative panels. Compared to
CNC machining of plastic parts has become increasingly common in industrial production today. Many businesses consider this processing method when manufacturing components, prototypes, or small-batch products. Compared to traditional manual
Printers, copiers, automotive door-lock actuators, small gear reducers—POM gears show up in nearly every power-transmission application that is noise-sensitive and does not need to carry heavy loads. POM has one
Nylon positioning blocks are widely used in automation equipment, workholding fixtures, and inspection jigs, where they perform part-locating, guiding, and limiting functions. These components typically carry stringent requirements for dimensional
A charger housing is a functional structural component that must simultaneously satisfy requirements for electrical safety, heat dissipation, assembly accuracy, and visual quality. Compared with the traditional injection-molding route, CNC
Surface hazing on acrylic after CNC machining is a very common problem in transparent-part manufacturing. The hazed surface looks as though a thin layer of fog has settled on it;
Spindle speed is one of the most fundamental parameters in plastic CNC machining, and also one of the easiest for beginners to get wrong. Experience from metal machining does not
After CNC machining, plastic parts typically show visible tool marks and a fine layer of surface roughness that can compromise both light transmission and the visual quality of transparent components.
In plastic CNC machining, the decision of whether to use cutting fluid must be made on a case-by-case basis. In metal machining, cutting fluid serves the dual purpose of cooling