Implantable Component Development
The Capability to Make the Part.
The Experience to Develop It.
Nitinol, stainless steel and cobalt chrome components for first articles, prototypes, design iteration and pre-design-verification builds.
Capabilities
What Can We Do With Your Part?
We combine specialized processing, quick-turn development manufacturing and process knowledge to help medical-device teams get real components built and keep development moving.
Shape setting, thermal processing, electropolishing, laser processing and related development work for demanding nitinol medical-device components.
Nitinol, stainless steel and cobalt chrome components for demanding implantable medical-device applications.
First articles, prototypes, design iterations, test builds and development quantities that help engineering teams learn quickly and keep moving.
Tooling, fixtures, process parameters and manufacturing methods developed around the component and what the program needs next.
Capture the process information, parameters and build records that matter as development becomes more controlled.
Nitinol
With Nitinol, How You Make It Changes What You Get.
The manufacturing process helps determine how the finished component behaves.
Geometry, tooling, thermal processing, shape setting, surface condition and downstream processing are connected decisions.
That’s why we don’t look at individual processes as isolated services. They’re part of developing the component.
Materials
Precision Metals for Implantable Medical Devices.
Material selection, component geometry and manufacturing process have to work together.
Nitinol
Shape-memory and superelastic components where geometry, thermal history and processing influence final behavior.
Stainless Steel
Precision implantable components requiring controlled geometry, consistency and manufacturability.
Cobalt Chrome
High-strength implantable components for demanding geometries and medical-device development requirements.
The Part Is the Start
Every Build Should Teach Us Something.
Early builds answer whether the component can be made. Later builds should help establish how it can be made more consistently.
We use each iteration to develop both the component and the process knowledge behind it.
Develop the physical tools needed to produce and hold complex component geometry.
Identify and refine the settings that influence geometry, material response and repeatability.
Use each build to improve both the component and the way it is manufactured.
Capture the process knowledge that becomes increasingly important as development becomes more formal.
Develop the component and process knowledge with eventual design validation and production transfer in mind.
Start Where You Are
What Can You Send Us?
You don’t need a finished manufacturing plan. Give us enough to understand the component, where you are in development and what you need to learn or get done next.
A defined component ready for a first build.
Geometry that needs to become a real component.
Something that works but needs another iteration.
A part or process that isn’t working the way it should.
Defined work your internal team needs off its plate.
Ready When You Are
Send Us the Part.
Drawing. CAD file. Prototype. Existing component. Or show us what’s not working. We’ll tell you quickly if it’s something we can help with.
Submit Your Part →