CADscribe

CADscribe is a design tool that turns plain text prompts into parametric CAD models. CADscribe generates CAD models from text descriptions of mechanical parts, such as a dimensioned faceplate with fillets and corner holes. Access is by contacting the team, and the site publishes no pricing or documentation.

CADscribe is a text-to-CAD tool that turns written descriptions of mechanical parts into CAD models. Instead of building geometry feature by feature in a modeling program, the user states the part in plain language, including dimensions, thickness, fillets and hole placement, and the system produces the corresponding model. The homepage frames the goal as faster design workflows and higher efficiency for people who spend their time drafting parts. The example shown on the site gives a sense of the intended input: a faceplate measuring 3 by 5 inches, 0.25 inches thick, with filleted edges and four holes in the corners. That is a typical small mechanical component, where the geometry is simple but the sketch, extrude, fillet and hole steps are repetitive. Describing it in a sentence is the pitch, and it points to a focus on dimensioned, engineering-style parts rather than organic or artistic 3D shapes. The likely audience is mechanical engineers, product designers, makers and hardware teams who need quick starting geometry for brackets, plates, enclosures and similar parts. Because the prompt carries explicit units and measurements, the approach rewards users who already know what they want to build and can specify it precisely. It sits in a growing group of AI tools aimed at engineering design, alongside general text-to-3D generators, but with a narrower emphasis on CAD output that can feed a real manufacturing workflow. The homepage is sparse. It does not list file export formats, supported CAD packages, pricing tiers, a self-serve signup or documentation. Access appears to run through direct contact with the team, which suggests an early-stage product where onboarding is handled personally. Anyone considering it should expect to ask about output formats, accuracy on complex assemblies and how generated models can be edited afterwards. For simple, well-specified parts, it offers a quick route from idea to model, while established parametric CAD suites remain the safer choice for complex assemblies and detailed revisions.