Engineering Plastic Parts Manufacturer | Custom CNC Machined Plastic Components
Why Use POM Engineering Plastic Parts to Replace Metal Components?
Many industrial applications face common problems such as excessive wear, corrosion, high noise, and frequent maintenance when using traditional metal parts. In precision machinery and automation systems, metal components often increase weight and friction, leading to reduced efficiency and higher operating costs. POM engineering plastic parts are designed to solve these issues by offering excellent dimensional stability, low friction, and high mechanical strength, making them an ideal material to replace metal parts in gears, bushings, bearings, and sliding components.
How to Ensure Precision and Quality in CNC Machined POM Plastic Parts?
Due to the machining characteristics of POM material, improper cutting parameters may cause deformation or surface defects, affecting part accuracy and service life. To overcome these challenges, our POM plastic parts are produced using precision CNC machining, optimized cutting speeds, and specialized tooling to reduce internal stress and ensure consistent surface quality. This controlled process guarantees tight tolerances, smooth surfaces, and reliable wear resistance for demanding industrial applications.
How Do Custom POM Engineering Plastic Parts Improve Industrial Performance?
By offering custom POM engineering plastic parts based on customer drawings or samples, we help clients achieve reliable, maintenance-free operation across various industries. These precision plastic components are widely used in automation equipment, pumps and valves, conveyors, and mechanical assemblies. Choosing CNC machined POM plastic parts allows customers to reduce maintenance costs, improve operational efficiency, and ensure long-term, stable performance of their equipment.
Engineering Plastic Materials
| Material |
Key Properties |
Typical Parts |
Typical Applications |
| POM |
High precision, low friction, wear resistant, excellent dimensional stability |
Gears, bushings, sliders |
Automation equipment, machinery, pumps and valves |
| PA (Nylon) |
High strength, impact resistant, wear resistant |
Gears, rollers, brackets |
Construction machinery, automotive, agriculture |
| PA6 / PA66 |
Good rigidity, fatigue resistance, stable mechanical properties |
Structural parts, connectors |
Industrial equipment, transmission systems |
| UHMW-PE |
Extremely wear resistant, self-lubricating, impact resistant |
Wear strips, guides |
Conveyor systems, mining equipment |
| PEEK |
High temperature resistance, chemical resistance, high strength |
Bushings, valve seats |
Aerospace, semiconductor, high-end industrial applications |
| PPS |
High temperature resistance, corrosion resistance, excellent dimensional stability |
Pump and valve parts, insulation components |
Chemical processing, electrical, automotive |
| PTFE |
Extremely low friction, chemical resistance, high temperature resistance |
Seals, liners |
Chemical, food processing, medical |
| PET |
Good rigidity, wear resistance, low moisture absorption |
Precision structural parts |
Precision machinery, electrical |
| PC |
High transparency, high impact resistance |
Protective covers, housings |
Electronics, electrical, medical |
| ABS |
Easy to machine, cost effective |
Housings, brackets |
General industry, electronics |
| PBT |
Excellent electrical insulation, dimensional stability |
Connectors, insulation parts |
Electrical, automotive |
| PI |
Extremely high temperature resistance, fatigue resistance |
High-temperature insulation parts |
Aerospace, electronics |
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