Prototype CNC Machining

When the 3D printer stops answering questions

Printed prototypes are great until the question becomes mechanical: does the thread hold, does the bearing seat, does it survive the drop test, does it feel like a product. A machined prototype answers in the real material — actual 6061 or stainless or Delrin — with real threads, real fits, and a real finish. The prototype behaves like the product because, materially, it is the product.

Startup-shaped on purpose

No minimum order — quantity one is the default unit of prototyping. No procurement portal, no account setup, no onboarding call: the quote form and an email thread with the actual person reading your files. SLDPRT works natively if your team lives in SolidWorks; STEP works from everything else.

And because runway is the real constraint, every quote flags what’s driving cost. If a tolerance or finish is burning money the function doesn’t need, you hear it with the quote — that’s the DFM review, included — so rev B is routinely cheaper to make than rev A.

Iterate without re-explaining yourself

The person who quoted rev A reads rev B. Context carries: what the device does, which fits are sacred, what failed last time. Each revision is quoted within 24–48 hours, and rush turnaround in 1–2 weeks is there when a demo date won’t move. If a revision needs design help rather than just new parts, prototyping support covers that.

When it’s time to scale

A validated print scales without changing hands: pilot units, then a bridge run of 25–500 while production sourcing comes together. Ask for quantity pricing on any quote to see the curve early — knowing what units cost at 50 changes board conversations.