Medical component machining covers an extensive array of applications. From surgical housings and diagnostic enclosures to implant-adjacent components, machining work should support regulatory approval, quality, and assembly performance.
Accudyne Corporation delivers CNC machining for medical device OEMs and other medical equipment manufacturers, working with stainless steel, titanium, and medical-grade plastics to provide everything from surgical instruments to mounting parts and hardware. We partner with design engineers and quality managers to deliver documentable, accurate parts.
Medical-Grade Components Machined to Tight Tolerances
Tolerance requirements in medical CNC machining are critical. Even slight variations in a surgical instrument housing can affect assembly, and inconsistent surface geometry in a diagnostic enclosure can lead to sealing or sterilization issues.
At Accudyne Corporation, we can machine varying component types for medical applications, such as:
- Surgical instruments and housings. Tight tolerances and surface finishes according to specifications.
- Diagnostic equipment housings. Complex geometries with consistent wall thickness across production runs.
- Mounting. Brackets, frames, and fastener interfaces for medical equipment assemblies.
- Implant hardware. Non-Class III hardware components for use in surgical environments that require material traceability.
Our CNC machining capabilities include multi-axis turning and milling with equipment capable of holding exacting tolerances (down to 0.0001 in.) on critical features. Our skilled machinists verify setups and measurements across each run.
Sterilizable & FDA-Compliant Materials
Material selection is also an important factor in medical-grade machining. Accudyne Corporation works with the materials your design team specifies, and we source with traceability in mind.
Materials we can work with include:
- 316 and 316L stainless steel. Common for surgical instruments and device housings. Corrosion-resistant, sterilizable, and well-understood by regulatory bodies.
- Titanium. Used where strength-to-weight ratio or MRI compatibility is a design requirement.
- 6061 aluminum. Appropriate for non-contact structural components and equipment housings where weight reduction is a factor.
- PEEK. High-performance thermoplastic suitable for sterilizable, load-bearing components.
- Delrin (acetal). Lower-load applications and certain structural elements.
- Copper. For electrical contact components and shielding applications in diagnostic equipment. Learn more on our copper machining page.
We offer bead blasting to remove machining marks and create a uniform matte finish, such as for components used in sterile environments or requiring a consistent lot-wide appearance.
Quality Documentation for Regulated Applications
We build quality and documentation into each machining project. Our quality assurance processes include:
- Material certifications. Mill certs available for all metals. Material traceability documentation included on request.
- Inspections. First article and in-process inspection using micrometers, optical comparators, and CMMs.
- Lot traceability. Each production run is tracked to a raw material lot for regulated applications.
Measurements and bead blast uniformity documentation are also available for components requiring a validated surface condition.
Why Work With Accudyne Corporation?
Design engineers and quality managers benefit from a supplier relationship that supports industry standards and other specific requirements. Here’s what working with us looks like in practice:
- Prototyping capability. We can run prototypes and short-to-medium production runs.
- Direct communication. Your point of contact is someone who knows your part requirements.
- Material flexibility. We are able to work with materials that meet key specifications for medical applications.
- Documented quality. Every job comes with the paperwork your quality team needs.
We’re based in Denver, CO, and serve OEMs and contract manufacturers across the country.
If you’re evaluating precision machining suppliers for an upcoming program, let’s talk about your requirements. Contact us to request a quote or discuss your project.