For MedTech Founders
Hand-built prototypes show your idea works. They don't show it can be built the same way every time. Before you commit to tooling, volume orders, or a contract manufacturer, you need real units built with real process controls... for testing, for verification, and for the people deciding whether to back you. Pilot manufacturing is at the core of what Concise Engineering does, and we build those runs in-house, so you move forward with evidence instead of hope.
Sound Familiar?
- I need more than a few units, but I'm not ready to commit to full production.
- My prototypes were built by hand, and I don't know if they can be built consistently.
- Testing needs units that match the final design, and I don't have them yet.
- I'm worried tooling up now will lock in problems I haven't found yet.
Pilot Builds, Built In-House
Pilot manufacturing is where our work is centered. We take your design in-house, build small, controlled runs with defined process steps and controls, and use what each build reveals to tighten the design before volume production. Our precision manufacturing work is built on repeatable, reproducible processes, and in-house FDM and SLA 3D printing keeps iterations moving. You get units you can test, verify, and show, plus a clear picture of what full production will take.
- In-house pilot and low-volume builds sized to your next milestone
- Fast iteration with in-house FDM and SLA 3D printing
- Defined process steps and controls for repeatable, reproducible units
- Build findings fed back into the design before volume production
Why Concise Engineering
- Experience you can build on. For over 20 years, our network of staff has walked alongside innovators from concept to production, and pilot builds are where that experience shows.
- Risk first. Every pilot run is a chance to catch variation and assembly issues while fixes are still small, not after tooling is paid for.
- Access, not just engineering. The team that builds your units also brings a network of industry experts for materials, testing, and the production partners you'll need next.
How It Works
- Discovery call - your device, your milestone, and how many units you need
- Build readiness review of the design and requirements
- In-house pilot build with defined process controls
- Findings, design updates, and a clear path to production
Frequently Asked Questions
What is pilot manufacturing for a medical device?
Pilot manufacturing is a small, controlled production run built with the materials, steps, and controls you plan to use at volume. Unlike hand-built prototypes, pilot units show whether the device can be made consistently. They're often used for testing, design verification, and demonstrations before a company commits to full production.
How is a pilot build different from a prototype?
A prototype proves the idea works. A pilot build proves the process works. Prototypes are usually made by the people who designed them, with adjustments along the way. Pilot units follow defined steps and requirements, so variation shows up and can be fixed before it reaches a production line.
When should I plan a pilot build?
Once the design is stable enough that the units will be meaningful for testing, but before you pay for production tooling or volume orders. Bringing us in alongside the design gives us time to set requirements and process controls, so your build answers real questions instead of just producing parts.
Can pilot units be used for verification testing?
Often, yes, as long as they're built to the released design and the build is documented. Verification needs evidence that the tested units represent the device you intend to make. Because we build the units ourselves, we document each build as we go, so your test results have a clear record behind them.
Do you build the pilot units yourselves?
Yes. Pilot manufacturing is central to what we do. We build pilot and low-volume runs in-house, drawing on our precision manufacturing processes and FDM and SLA 3D printing. You work with one team that knows your design and builds it, instead of handing it to a shop that's seeing it for the first time.
What happens after the pilot run?
We walk through what the build revealed with you... variation, assembly problems, yield, and anything that drove cost. Design and process updates happen while they're still affordable, and the lessons carry straight into production planning. You come away knowing what full production will take instead of guessing.
Ready to see your device built the way production will build it? Let's plan your pilot run.
Book a Discovery Call
Concise Engineering builds pilot and low-volume runs of medical devices in-house, using repeatable, reproducible manufacturing processes and FDM and SLA 3D printing to produce consistent units for testing, verification, and demonstration before full production.