Assorted CNC machined housings, gears and brackets from a production run. Gears are hobbed or milled then deburred; housings are bored to gauge. Consolidating these into one PO cuts your incoming-inspection workload.
Function and Design
What makes a housing gear hard is repeatability – the hundredth piece has to match the first one. Tolerances that matter are confirmed with capability data before the housing gear is quoted.
Design Highlights
- Matched tooling across the set keeps every variant on the same dimensional logic.
- Every batch is sampled against the verified first article.
- Volume pricing follows from in-house tooling and the long-run capacity behind it.
- Material: Your drawing decides the grade; housing gear batches have been run in steel, stainless, aluminium and brass.
- Process: bar-fed CNC turning, with the housing gear milled in the same clamping.
- Finish: The housing gear ships natural unless the print calls for plating or coating.
- Size: Size is taken from the customer drawing; the housing gear family range gives a starting point for quotation.
- Custom: Custom work to print for the housing gear, with DFM feedback before quotation.
Where It Is Used
It earns its place in automation and robotics hardware, electronic and telecom enclosures, instrumentation fittings.
Our Production Advantage
Micron-level judgment applies to the housing gear, not visual checking. First articles on the CMM, production sampled against the same dimensions, and dimensional reports with material certs where PPAP levels are required.
Send over the housing gear print – quotation, material advice and sample timing come back together.