POM
Key Properties of POM
These properties make Polyoxymethylene (POM) suitable for industrial applications involving precision machining, moving parts, low-friction performance, dimensional accuracy, and repeatable mechanical operation.
POM Industrial Applications
Polyoxymethylene (POM) components are widely used across industries for applications that require dimensional stability, low friction, high stiffness, and precision machining.
Polyoxymethylene (POM) is ideal for applications involving tight tolerances, moving parts, low-friction operation, dimensional accuracy, and repeatable mechanical performance.
POM Stock Shapes
Plastic Engineering Solution supplies Polyoxymethylene (POM) in multiple stock shapes and machined forms, including:
POM Rods
POM Plate
POM Tubular bar
OD - 241.3mm x ID - 152.4mm x LT - 610mm)
All POM products are supplied and machined to support industrial applications requiring dimensional stability, low friction, high stiffness, wear resistance, and precision performance.
POM Grades Supported
We support a range of Polyoxymethylene (POM) material grades, including:
Our team assists with POM grade selection based on dimensional accuracy, wear resistance, friction requirements, food-contact needs, machining complexity, and operating conditions.
POM Machining
Polyoxymethylene (POM) is highly suitable for precision machining because of its stiffness, dimensional stability, and excellent machinability. It can be machined into tight-tolerance components with clean surface finishes and reliable repeatability.
Our POM machining capability includes:
- CNC turning and milling
- Precision profiling and contouring
- Close-tolerance component machining
- Gear, roller, and bushing manufacturing
- Prototype and repeat production
- Machining based on application-specific requirements
We optimize machining parameters to achieve accurate dimensions, smooth finishes, tight tolerances, and reliable performance for POM components used in precision industrial applications.
POM Machining Tolerances
Polyoxymethylene (POM) machining tolerances depend on:
Component geometry
Wall thickness
 Part size and complexity
Operating conditions
Application requirements
Required fit and function
Typical achievable tolerances are maintained as per design feasibility.
Detailed tolerance information can be provided during the RFQ stage.