Micro-needle arrays, tiny implantable devices, unique drug delivery, minimally invasive surgical tools, and micro-welded and drilled tubing… creating medical devices requires micron-level precision that undergoes thorough testing and approval to ensure they won’t fail in their life-saving applications.
At Precision MicroFab, we’ve produced countless medical device components and have the experience to develop your next project — whether you need a sample run, high-volume production, or a custom automated laser system.
From prototype to production, our team is here to support your medical device manufacturing.
Medical devices have many jobs to do, and none of them can fail. Whether you’re developing a brand new product to solve a problem, or adding artificial defects to ensure any errors are caught before they get to the user.
Here’s our process to get exactly what you need:
When you’re making a new experimental product, you might not have a CAD drawing yet, but our team of engineers can develop the drawings and meet the requirements for your medical device.
Through a screenshare with a “MicroFabulous” engineer, we’ll discuss the best way to accomplish your project and the possible timelines for production.
We know that waiting for a quote can extend your timeline and leave you in the dark. We’ll provide you with a quick quote based on our decades of experience in micro-manufacturing.
Lasers on the cutting edge with precision to a micron or less on a variety of materials and shapes, from sheets, tubing, spheres, and more.
We create thru-holes and blind holes in just about every type of material that exists. Either millions of microscopic holes or even just one very precise hole.
Join similar or dissimilar materials on a micro-scale with laser soldering and brazing for microscopic parts.
Primarily used for electronics, selective laser ablation removes micro-insulation to expose an underlying electrical conductor without damage.
Add micron-level texture to your materials with precision, preventing corrosion and wear with tribological laser surface modification.
Used throughout the electronics industry, Laser Marking and Scribing is quick, efficient, and precise.
Remove microns of material along a path with laser machining for microfluidic and fiber optic applications.
Test your defect detection equipment during QA/QC with artificial defects laser-cut, drilled, or channeled in a specific location or pattern.
At Precision MicroFab, we achieve a high level of precision for products that live in outer space, as well as inner space — those medical devices that improve patient outcomes and quality of life.
At Precision MicroFab, we’ve built thousands of components that are in use now on the International Space Station, the James Webb Telescope, and more. Here’s how we ensure your confidence in our products:
So, get started today and achieve micron-level precision where microns matter.
