Why Choose CNC Turning for POM Machining?

1.High Precision:
CNC turning achieves axial and radial tolerances of ±0.01 mm or better, making it ideal for high-precision POM components such as shafts, rings, bushings, and other tightly fitted parts.

2.Capability for Complex Rotational Structures:
CNC turning is well-suited for fabricating intricate rotational geometries, including internal/external threads, steps, grooves, locating shoulders, and tapers. Multiple operations can be completed in a single setup, ensuring both high efficiency and dimensional stability.

3.Efficiency and Flexibility:
Compared to traditional methods, CNC turning allows for quick tool changes and program switching, enabling the production of diverse part types in small batches. Without the need for molds, it is ideal for rapid prototyping, custom part fabrication, and fast turnaround times.

4.Excellent Surface Finish:
High spindle speeds combined with sharp cutting tools deliver surface roughness values as low as Ra 0.8–1.6 μm. This smooth finish requires no secondary polishing and meets functional requirements for sliding, sealing, and precision assembly applications.

Typical CNC-Turned POM Components

• Bushings / Sleeves
• Sliding Bearings
• Sealing Rings / Guide Rings
• Tubular Connectors
• Precision Locating Pins / Snap-Fit Elements
• Threaded Limiters / Plastic Fasteners

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