Remill turns photos of damaged architectural details into fabrication-ready 3D models. CNC-milled corbels, 3D-printed rosettes, cast iron brackets. No scanning equipment. No CAD skills. Just your phone and a broken detail.
Snap photos from multiple angles with your phone. A crumbling corbel, a missing baluster, a chipped rosette. Our AI needs reference, not perfection.
Machine learning fills in the damage, infers symmetry and style, and outputs a fabrication-ready 3D model. Review it, adjust proportions, approve.
The model routes to the right process: CNC milling for wood and stone, 3D printing for ornamental plaster, casting for metal. Shipped to your job site.
Historic homes carry their identity in the details. The egg-and-dart molding. The turned newel post. The terra cotta panel above the door. When these elements deteriorate, replacing them traditionally means weeks of back-and-forth with specialty shops, hand measurements, and custom quotes starting at thousands.
Remill compresses this into days. The AI understands architectural vocabulary: period styles, material properties, structural requirements. It doesn't just copy shapes. It knows what a Queen Anne bracket should look like, even from a weathered fragment.
Remill exists because every building tells a story through its craft. When a piece breaks, that story shouldn't end at a dumpster. It should end at a CNC mill.