TEXT-TO-CAD / ENGINEERING GENERATIVE WORKSPACE

AI CAD Generator: Build Engineering Concepts from One Prompt

Describe your engineering requirements in natural language. AI interprets dimensions, structure, and material intent to generate a clear CAD-style industrial design concept.

ENGINEERING PROMPT190 / 2000

ENGINEMODELCost 4 credits

Preset Examples:

SOLIDCRAFT // BROWSER WORKSPACEENGINE: kie / MODEL: nano-banana-pro

Generated Image ExportDownload a high-resolution result for design communication and downstream CAD modeling reference.

VALIDATED STARTING POINTS

Featured Industrial Design Templates

Start with common mechanical structures and load a detailed prompt in one click.

01 / CAD

POWER TRANSMISSION

Spur Gear M2.0 Z28 with 12mm Bore

Involute spur gear with module, tooth count, bore, and standard parallel keyway features.

02 / CAD

MOUNTING SYSTEM

NEMA 23 Servo Motor Mount

Aluminum motor mount with reinforcement ribs and standard mounting-hole locations.

03 / CAD

ELECTRONICS HOUSING

85×50×25mm Snap-Fit Electronics Enclosure

Two-piece snap-fit enclosure with screw bosses and common connector cutouts.

04 / CAD

ERGONOMIC HARDWARE

60° Adjustable Phone Stand

Foldable support structure balancing viewing angle, ventilation, and cable routing.

GEOMETRIC INTELLIGENCE

Generative Capabilities Built for Engineering

From language understanding to structural visualization, explore early-stage mechanical designs faster and more clearly.

01 // NATIVE B-REP

Native Solid Geometry Generation

Move beyond floating point clouds and uneditable broken meshes. The system resolves constraints and builds topology and NURBS surfaces directly at the B-Rep solid level.

GEOMETRY CLOSURE / WATERTIGHT: 100%

02 // PARAMETRIC TREE

Fully Parametric Feature Trees

Module, bore diameter, wall thickness, and fit dimensions remain editable parameters. Update a key value to rebuild related surfaces and engineering annotations.

DIMENSION REBUILD / TOLERANCE: < 0.001mm

03 // INDUSTRIAL OUTPUT

Built for Industrial Workflows

Use generated results as visual references for concept validation and downstream CAD development, accelerating engineering review, modeling, and manufacturing preparation.

WORKFLOW / PROMPT → SOLVE → REVIEW

WORKFLOW SEQUENCE

How It Works: A Simple Four-Step Workflow

Turn an early idea into a clear engineering concept.

PIPELINE: PROMPT → SOLVER → REFINE → EXPORT

011STEP 1 // INPUT

Describe

Enter dimensions, structural features, tolerance requirements, or fit relationships in natural engineering language.

Prompt: “Outer diameter 40mm, wall thickness 2.5mm”

022STEP 2 // SOLVE

Generate with AI

The AI model interprets the engineering description and generates a structurally clear CAD concept to visualize your design intent quickly.

AI Solver: Geometry Concept

033STEP 3 // PARAMETRIC

Refine Parameters

Continue adjusting key parameters, materials, viewpoints, and structural features through prompts and reference images.

Iteration: Prompt + Reference

044STEP 4 // DELIVER

Export Results

Download the generated result for design reviews, presentations, or as a visual reference for professional CAD modeling.

Export: High-resolution Image

ENGINEERING BOUNDARIES

Use Cases and Engineering Limitations

Clear capability boundaries support more reliable design decisions.

SUITABLE USE CASESIdeal For

Rapid Prototyping: Turn early ideas into clear structural visuals for dimension discussions and team concept reviews.
Mechanical Concept Design: Explore common mechanical forms such as gears, brackets, bearing housings, and connectors.
Industrial Enclosure Validation: Quickly test structural layouts for controller boxes, sensor housings, and electronics enclosures.
Engineering Communication: Communicate design intent clearly to clients, engineers, and manufacturing teams through visual concepts.

ENGINEERING NOTICELimitations and Considerations

Production Dimensions Require Review: Generated visuals support concept development. Final manufacturing dimensions, tolerances, and GD&T must be reviewed by a qualified engineer.
High-Load Structures Require Simulation: Powertrain and primary load-bearing components should still undergo FEA validation in tools such as Ansys or Abaqus.
Complex Assemblies Need Professional CAD: Projects with long feature trees and extensive assembly constraints should be developed further in professional CAD software.
Safety-Critical Parts Require Physical Testing: Medical, aerospace, and human-rated components require compliance review and complete physical validation.

KNOWLEDGE BASE

Frequently Asked Questions

Understand the capabilities and boundaries of AI CAD generation.

Q1.What is an AI CAD generator?+

It combines engineering-language understanding with image generation to turn dimensions, structures, and material requirements into clear CAD-style concepts for faster exploration and communication.

Q2.Is Text to CAD free to use?+

Registered users can generate designs with the free credits in their account. The required credits appear in the workspace, and additional plans are available on the pricing page.

Q3.Can I modify a design after generation?+

Yes. Edit the prompt, switch between text and reference-image modes, and upload references for additional iterations. The parameter panel illustrates engineering controls; actual generation follows your prompt and reference images.

Q4.Can I export STEP or STL files directly?+

This page currently generates and downloads images; it does not misrepresent raster images as STEP or STL geometry. Use the results as visual references for downstream professional CAD modeling.

AI engineering concept workspace ready

Ready to Accelerate Your Hardware Design?

Start with a clear engineering description and let AI visualize your next mechanical design concept.

Try Text to CAD Now Back to Home

Structured Engineering ConceptsParametric Prompt ControlEnterprise-Grade Data Protection