Calibrate the plane
Fiducials, camera measurement, and homography correction turn a flat surface into a predictable coordinate system.
Building quietly · v0.1 prototype
OpenLayout
Calibrated laser layout projection for the benches, floors, and walls where physical work gets built.
- Target accuracy
- ±1 mm / 1 m
- Projection area
- 2 m × 2 m
- First mode
- Calibrated grid
Spatial layout, minus the tape drift
Measured geometry, projected directly onto the work.
OpenLayout is starting with a deliberately narrow wedge: a gravity-aligned, dimensionally calibrated grid on a flat surface. The first demo is simple by design: project a 100 mm grid, place a real ruler on it, and prove the lines land where they should.
Prototype scope
One focused instrument before the platform.
Project the reference
Grid, ruler, origin, and horizon-aligned modes give builders a physical reference without a printed template.
Earn the overlay
SVG, DXF, CAD overlays, and multi-device stitching come after the grid is boringly accurate.
Early users
For teams that build from measurements, not guesses.
Fabrication benches
Furniture and millwork
Robotics labs
Install teams
Prototype shops
Fixture builders
Non-negotiable gate
Laser safety is part of the product, not a footnote.
OpenLayout is a research prototype and does not claim a certified laser class. The current architecture is designed around fail-dark behavior, bounded dwell time, scan-health checks, and an independent safety-controller path.
Request safety notes