Brass Part Machining for Medical Devices

We can support a wide range of brass components used in medical device manufacturing, including pins, bushings, fittings, spacers, housings, and other precision parts. Our 3-axis, 4-axis, 5-axis milling and turning capabilities allow us to produce both simpler geometries and more complex features while maintaining dimensional control, smooth finishes, and repeatable production quality.

Brass is often selected for components that benefit from excellent machinability, reliable dimensional stability, and strong surface finish potential. It can be a practical choice for precision fittings, connectors, and small mechanical parts where consistent tolerances matter. Material selection still depends on the device application, regulatory requirements, and performance expectations of the finished component.

Yes. Our 5-axis milling capability is well suited for complex 3D contours, compound angles, deep cavities, and intricate features that would otherwise require multiple setups. Reducing setups can improve positional accuracy, surface consistency, and overall efficiency. This is especially valuable for medical device components where precision, repeatability, and clean feature transitions are critical.

Yes. We provide finishing support that includes vibe deburring and bead blasting, along with additional finishing options listed in our capabilities. These services help remove burrs, smooth sharp edges, improve surface quality, and prepare parts for downstream assembly or additional processing. Integrated finishing can also reduce handling delays and simplify the production workflow.

Tight tolerances are supported through precise CNC programming, appropriate machine selection, controlled setups, and a machining approach tailored to the part geometry. Multi-axis capability helps reduce repositioning on complex parts, while turning operations provide strong control for cylindrical features. Combined with finishing support, this process helps deliver accurate dimensions, cleaner edges, and more consistent part-to-part results.

Yes. We support both prototype work and repeat production machining for manufacturers that need dependable brass components. Prototype runs help validate geometry, fit, and manufacturability before scaling. For repeat production, our focus is on maintaining consistency, efficiency, and surface quality across batches so customers can support assembly schedules and ongoing manufacturing requirements with confidence.

For the most accurate quote, provide part drawings or CAD files, material specifications, target quantities, tolerance requirements, finishing needs, and any critical functional features. If the part is used in a medical device assembly, it also helps to note any quality expectations or downstream processes. Clear upfront information allows us to recommend the best machining and finishing approach.

The right process depends on the part shape, feature locations, tolerance demands, and production goals. 3-axis milling works well for simpler profiles, pockets, and holes. 4-axis adds rotary access for multi-side features. 5-axis is ideal for highly complex geometry. Turning is best for cylindrical parts such as pins, bushings, and fittings requiring efficient, precise rotational machining.