POM / Acetal Machining

POM / Acetal CNC Machining

Dimensionally stable plastic for guides, gears, wear parts, fixtures, and general precision components.

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POM acetal CNC machined plastic gears and guide parts

Material Properties & Machining Notes

The points below are for reference only. Final material selection and tolerance planning depend on grade, stock condition, part geometry, and working environment.

Key Properties

Mechanical behaviorGood stiffness and machinability for precision parts
Temperature resistanceModerate; depends on grade and environment
Chemical resistanceGood in selected industrial conditions
Dimensional stabilityOften used where repeatable fit is needed
Wear / frictionLow friction for sliding and moving components

CNC Machining Notes

  • POM machines cleanly but sharp edges and burrs still need review.
  • Thin features may move depending on stock stress and geometry.
  • Hole spacing and mating surfaces should be checked for assembly fit.
  • Surface finish can usually be controlled with proper tooling.

Typical Applications

Common applications vary by material grade, tolerance, surface finish, and operating conditions.

Gears

Drawing-based CNC machined POM / Acetal parts for technical equipment and precision assemblies.

Guides

Drawing-based CNC machined POM / Acetal parts for technical equipment and precision assemblies.

Wear Parts

Drawing-based CNC machined POM / Acetal parts for technical equipment and precision assemblies.

Automation Fixtures

Drawing-based CNC machined POM / Acetal parts for technical equipment and precision assemblies.

Example Part

POM CNC Machined Component for Automation Guide Parts

Requirement

A POM component may require stable dimensions, low friction, and repeatable assembly fit.

Machining Focus

  • Hole and slot accuracy
  • Deburring of sliding surfaces
  • Batch consistency for repeated assemblies

Result

The finished POM part supports practical precision use in moving or guided assemblies.

Need CNC machined POM / Acetal parts?

Upload your drawing, material requirements, tolerance needs, and application details. Our team will review machining feasibility and provide a quotation.

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