fabricate

OpenSCAD code generation translates your design description into parametric 3D models ready for 3D printing. Fabricate produces fully formed OpenSCAD scripts that define custom parts like brackets and enclosures, supporting material selection, tolerances, and assembly considerations for direct slicing and print preparation.

Yes. Fabricate produces both SVG paths for laser cutting and G-Code toolpaths from one design input, letting you fabricate the same component across multiple machines. This enables rapid prototyping of flat parts and machined components without redesigning for each fabrication method.

Fabricate accelerates prototyping by converting design descriptions directly into production-ready instructions—OpenSCAD blueprints, laser paths, and CNC toolpaths—in one step. This eliminates manual CAD work and bridges the gap between digital concept and tangible hardware for brackets, enclosures, and mechanical parts.

Yes. Fabricate supports material selection, unit specification, and tolerance definitions within generated instructions. This ensures your OpenSCAD code, SVG paths, and G-Code account for fabrication-specific constraints and material properties needed for production-ready components.

Fabricate outputs OpenSCAD code for 3D printing, SVG paths for laser cutting, and G-Code for CNC machining. Each format is tool-ready, letting you send instructions directly to your fabrication equipment without intermediate conversion steps.

Yes. Fabricate is designed specifically for IoT hardware, custom brackets, and enclosures that require precise parametric definitions. It generates assembly-aware instructions with tolerance and material specifications suitable for both one-off prototypes and production runs.