Enzzo

Converts hand-drawn sketches or rough 2D drawings into 3D CAD models using generative AI. The system interprets sketch intent and produces structured 3D geometry that can be further refined or exported.

Generates 3D hardware models directly from natural language descriptions of the desired product. Users describe what they want to build and the AI produces a corresponding 3D model.

Generates photorealistic visualizations of hardware designs in minutes, showing materials, lighting, and surface finishes without requiring manual rendering setup or specialized rendering software.

Embeds manufacturing feasibility rules and material properties directly into the design generation process, ensuring generated designs respect production limitations like tolerances, material availability, and manufacturing processes.

Enables rapid exploration of design variations and alternatives by quickly regenerating models with modified parameters, reducing the time between concept iterations from hours to minutes.

Applies and visualizes different materials, textures, colors, and surface finishes to hardware designs, allowing designers to see how aesthetic choices affect the final product appearance.

Exports generated designs in standard CAD formats and manufacturing-ready specifications, enabling seamless handoff to CAD software, manufacturers, or further refinement tools.

Provides a shared environment where multiple team members can view, comment on, and iterate on hardware designs together, facilitating feedback and decision-making across distributed teams.

Automatically generates technical specifications, dimensions, and manufacturing documentation from hardware designs, creating production-ready documentation without manual drafting.

Provides an intuitive interface that enables users without CAD expertise or specialized training to create professional hardware designs through guided workflows and simplified inputs.