CNC Plastic Gears

Plastic gear failures often start with more than material selection — they start with a mismatch between design intent and manufacturing reality: a tolerance that looks acceptable on paper but cannot be maintained under thermal expansion, or a tooth profile designed for molding but not adapted for machining. Years of solving these challenges across different industries and applications have shaped how we evaluate every drawing we receive.

For example, a medical device customer needed a small-batch run of fine-pitch nylon gears for a diagnostic instrument. Injection molding was not practical at that volume, and standard gears could not meet the required bore tolerance. Machining directly from rod stock allowed us to achieve the specification without mold investment or tooling delays. In another case, an industrial automation customer experienced premature wear in POM gears operating under sustained load. By optimizing edge conditions and re-evaluating hub geometry within CNC design constraints, we extended service life without changing the material.

This problem-solving approach is supported by integrated capabilities in material selection, CNC machining, tolerance verification, and finishing. By keeping these processes closely connected, we reduce communication gaps and maintain quality consistency throughout the project. From prototype development to production runs, the same engineering team that reviews your design supports the manufacturing process.