Every DrawCAD tool in one place

Describe a mechanical part, fixture, enclosure, or product concept and DrawCAD turns it into a clean technical drawing you can use in documentation, pitches, and early design reviews.

Upload a hand sketch, whiteboard photo, or rough concept image, then describe what should be cleaned up. DrawCAD follows the reference and renders a polished CAD-style drawing.

Explore DrawCAD examples, reuse prompts, and see how the same generator handles mechanical parts, fixtures, enclosures, and product concepts.

Create presentation-ready technical drawings for parts, products, and mechanisms without opening CAD software.

Generate classic blueprint-style visuals for parts, fixtures, mechanisms, and product concepts directly from text prompts.

Turn a written part or assembly description into a consistent isometric CAD illustration. Show depth, visible edges, interfaces, and component relationships in one readable three-dimensional view.

Visualize form without solid surfaces. DrawCAD turns your prompt into a wireframe-style CAD image that reveals edge flow, internal features, and relationships inside complex parts or assemblies.

Plan printable parts with clear CAD-style visuals before you model them. Describe dimensions, wall thickness, holes, clearances, and print-aware features for brackets, fixtures, enclosures, and workshop prototypes.

Translate a product brief into a polished CAD-style concept. Explore form, controls, seams, interfaces, and enclosure architecture before investing in detailed industrial design or engineering work.

Create structured engineering visuals for machine parts and assemblies. Describe geometry, interfaces, dimensions, views, and section details to produce a clear drawing for reviews, documentation, and technical communication.

Create approachable technical visuals for lessons, assignments, and demonstrations. Generate examples of orthographic projection, section views, assemblies, and mechanical concepts without building every diagram from scratch.

DrawCAD 1.0 is the focused, economical model for turning a written part description into a clear CAD-style image. It accepts text prompts only, typically finishes in 10-20 seconds, and costs 4 credits per generation.

DrawCAD 2.0 is the higher-detail model for text prompts, rough sketches, and reference-guided CAD visuals. It supports up to 16 reference images and resolution controls up to 4K where the selected aspect ratio allows it.

Use GPT Image 2 inside DrawCAD for long, structured prompts, multi-reference composition, and detailed CAD-style presentation. DrawCAD is an independent product and is not an official OpenAI product or endorsed by OpenAI.

Use Nano Banana models inside DrawCAD for fast style changes, reference-guided revisions, and CAD presentation images. This page defaults to Nano Banana 2. DrawCAD is independent and is not an official Google product or endorsed by Google.

Flux 2 Pro is the model to reach for when edge quality matters. It holds chamfers, fillet radii, and counterbore steps cleanly instead of smoothing them away, accepts reference images, and outputs up to 2K for 6 credits per generation.

Seedream 5.0 Pro holds up when a drawing gets busy. It keeps many components legible in one sheet, handles section hatching and leader lines without smearing them together, accepts up to 10 reference images, and costs 8 credits per generation.

Wan 2.7 Image is the value option when output size matters. It renders up to 4K so fine linework survives large prints and projected slides, accepts up to 9 reference images, and still costs 6 credits per generation.

Describe a mounting or support bracket, including its plate shape, hole pattern, slots, bends, and fillets. DrawCAD turns the prompt into a clear CAD-style image for concept reviews and documentation.

Turn tooth count, pitch, bore, hub, keyway, and gear-family details into CAD-style gear images for mechanism concepts, teaching materials, and technical presentations.

Describe a pipe, motor, weld-neck, or clamp flange with its bore, bolt circle, face, and hub geometry. DrawCAD produces a CAD-style image for visual planning and communication.

Describe arm geometry, motor patterns, plate spacing, electronics mounting, and payload interfaces to create a CAD-style drone frame image for layout discussions and concept presentations.

Describe the viewing angle, cradle, hinge, charging path, base, and adjustment mechanism to turn a phone stand idea into a polished CAD-style product image.

Describe an electronics or product enclosure, including its split line, lid, fasteners, PCB supports, ports, vents, and sealing details, to create a clear CAD-style image.

Describe how a workpiece is located, supported, and clamped, then generate a CAD-style fixture image for manufacturing discussions, setup documentation, and early workholding concepts.

Describe fin pitch, fin height, base thickness, and the mounting pattern, and DrawCAD renders a clean CAD-style heatsink image for thermal concept reviews, datasheets, and enclosure airflow studies.

Describe leaf length, leaf width, knuckle count, pin diameter, and swing angle. DrawCAD turns it into a CAD-style hinge image for hardware concepts, assembly notes, and enclosure design reviews.

Give jaw capacity, across-flats size, handle length, and head offset, and DrawCAD renders a CAD-style spanner image for tool catalogs, service manuals, and hand-tool design concepts.

Describe wheel diameter, tread width, swivel offset, top-plate hole pattern, and brake type. DrawCAD returns a CAD-style caster image for equipment layouts, spec sheets, and mounting studies.

Set blade count, rotor diameter, hub bore, keyway, and blade angle, and DrawCAD renders a CAD-style turbine or impeller image for turbomachinery concepts, teaching material, and technical presentations.