Engineering

AI Custom Parts

Describe a part in plain language and let AI generate a fully parametric, editable 3D model you can refine, simulate, and export.

AI generated custom mechanical part with prompt and validation cards
Prompt to 3D part
Parametric & editable
Export STEP, STL, DXF
AI Custom Parts

AI part generation that stays editable

Prompt-based generation is most valuable when the result becomes real engineering data. confBuild keeps generated geometry tied to parameters, rules, validation, and exportable files.

Describe the intent Start from a plain-language part brief, reference dimensions, or functional constraints.
Refine with parameters Turn generated geometry into adjustable dimensions, formulas, and compatible options.
Export with confidence Move from AI-assisted concept to CAD, documentation, and manufacturable output.

From prompt to engineering-ready part

Use AI to accelerate the first model, then keep control through parameters, checks, and exports.

  1. 01
    Write the brief

    Describe function, interfaces, dimensions, material, and constraints.

  2. 02
    Generate the model

    Create a first part variant with editable parameters and structured logic.

  3. 03
    Refine and validate

    Adjust dimensions, check fit, compare options, and prepare documentation.

  4. 04
    Export files

    Send CAD, STL, DXF, drawings, and metadata into downstream workflows.

Handoff

Turn AI ideas into editable engineering assets

AI can accelerate the first shape, but the page now guides visitors toward a controlled asset with parameters, validation notes, exports, and reuse potential.

Prompt intent Capture the requested function, constraints, and design assumptions behind the generated part.
Parametric control Expose editable dimensions, formulas, and fit checks so the result stays controllable.
Reusable output Release CAD, STL, metadata, and documentation context for assemblies or future configurators.
Turn AI ideas into editable engineering assets
AI Custom Parts

From description to production-ready part

AI generates complete parametric part models from text prompts. Every result is editable, simulatable, and export-ready.

01

Natural Language Part Generation

Describe brackets, housings, adapters, flanges, or any custom part in plain language. The AI creates a parametric 3D model with dimensions, constraints, and material assignments.

  • No CAD skills required to start
  • Handles complex part descriptions
  • Generates parameters automatically
02

Fully Parametric Results

Every AI-generated part is backed by a spreadsheet with editable parameters, formulas, and constraints. Change a dimension and the entire model updates.

  • Sliders, dropdowns, and inputs
  • Formula-driven relationships
  • Instant 3D preview on change
03

Iterative Refinement with Visual Feedback

The AI analyzes screenshots of the generated 3D view to verify results and self-correct. Continue refining with follow-up prompts until the part matches your requirements.

  • Screenshot-based verification
  • Multi-step agent mode
  • Converges on your intent
04

Engineering-Ready Output

Export generated parts as STEP, STL, or DXF. Generate technical drawings, run FEM simulations, or embed the part in a configurator directly from the same model.

  • STEP and STL for manufacturing
  • Technical drawing generation
  • FEM simulation ready
Outputs

AI outputs teams can keep editing

Generated parts become usable configuration assets instead of one-off meshes.

Parametric model Editable dimensions, formulas, and option logic for the generated part.
CAD exports STEP, STL, DXF, and viewer-ready geometry for review or production.
Validation notes Fit checks, constraint state, and assumptions tied to the result.
Reusable asset A part model that can be reused in larger assemblies and configurators.
Best fit

Best fit

  • Teams that need custom adapters, brackets, housings, or mounts quickly
  • Sales engineering groups turning rough requirements into model options
  • Manufacturers that want AI speed without losing parametric control

Ready to generate custom parts with AI?

Describe what you need, get a parametric 3D model, and refine it until it fits your engineering requirements.