One continuous line that fabricates, assembles, and tests printed circuit boards on your bench. Drop in a design — walk away with a working, verified board. No fab house. No two-week wait. No handoffs.
Built for the teams who can't wait on a fab queue
You finish a design, zip the Gerbers, and send them into the void. Days pass. A fab makes the bare board. A different shop sources parts and assembles. A third step — if it happens at all — tests it. Each handoff adds a queue, a shipping label, and a chance to ship the wrong thing.
By the time the board lands on your bench, you've forgotten the bug you were chasing. Reflection Labs collapses all three steps into one machine that runs on its own — so iteration happens in hours, in the room you're already standing in.
Each stage is a complete instrument on its own. Bolt them together and a board flows from copper to verified — untouched by human hands.
Mills isolation traces and presses conductive rivets to stitch layers — turning bare substrate into a finished multilayer board in minutes.
A precision pick-and-place head dispenses paste and seats every component from on-board reels, then reflows — fully populated, ready to power.
Flying probes and powered functional tests confirm every net, value, and signal — so the board that leaves the line is one you can trust.
Import Gerbers, a BOM, and a pick-and-place file. Reflection reads the stack-up, maps every net and part, and builds a job for all three stages at once. No DFM email chains, no re-quoting — the board enters the queue and the line takes it from there.
When the whole pipeline lives on your bench, everything that used to cost weeks becomes a coffee break.
Design in the morning, hold a tested board by lunch. Run a dozen revisions in the time one fab order used to take.
Nothing leaves the building. No Gerbers emailed to a third party, no BOM shared with a broker. Prototype in full secrecy.
The tester feeds failures straight back to the printer and assembler. The line learns from every board and tightens itself.
Build one board or fifty. There's no MOQ, no tooling charge, and no re-spin penalty for changing your mind.
One machine, one software, one support team. No finger-pointing between fab, assembly, and test vendors when something's off.
Start a run and leave. The carrier moves boards between stages, swaps tools, and reports back — no operator standing guard.
Motor drivers, sensor breakouts, power stages — robotics teams burn weeks waiting on revised control boards. Print, populate, and test a new motor-driver revision before the day's standup, then bolt it onto the robot the same afternoon.
Antennas and matching networks live or die by trace geometry. Sweep stub lengths and impedance-controlled layouts on real copper, measure on the integrated tester, and converge on a working design in a single sitting — not a single month.
University and corporate R&D labs share one machine that fabricates, assembles, and tests — no clean-room, no outside vendor, no purchasing cycle. Students and scientists go from idea to characterized hardware between classes.
Early hardware startups can't afford a two-week loop on every spin. Own the entire prototype pipeline, protect your IP from day one, and show investors working, tested boards instead of renderings.
See the full line fabricate, assemble, and test a board live. Book a 30-minute demo and watch a design become verified hardware end to end.