MeshWish
中文
AI CAD workspace · 3D printing first

Speak it. Tweak it. Print it.

Describe a part in a sentence, with reference images if you like, and the AI writes parametric build123d code and builds a solid model. Drag its parameters and watch it change, preview it in 3D, ask for changes, and export STEP / STL / 3MF / glTF.

5 spiral turns Loop R450 Lanes 115 mm Crossover 1.6 m Export 3MF

MeshWish workspace

prompt

Make me a mini 4WD track with a big loop, a spiral loop and a dual-lane bridge, sized for Tamiya cars.

Solid

Valid

Prompts

7

Version

v10

Solid built, parameters live

model

dual-lane-4wd-track

Solid geometry preview
01Speak
02Tweak
03Print
Dual-lane mini 4WD track
5.93 × 2.95 × 0.95 m

Geometry check

passed

Valid solid; bounding box and volume measured.

Parameters

build123d · 13 parameters

STL STEP 3MF glTF

A real project: the final version of this mini 4WD track (after 7 prompts and 3 parameter edits); the prompt shown is the first one. Every slider stop is rebuilt from the track’s own script.

Made for printing

  • Functional mounts
  • Enclosures
  • Storage bins
  • Jigs
  • Nameplates
  • Simple assemblies
Examples

Real projects made with MeshWish.

Each one started as a prompt: a house that comes apart floor by floor, a gear latch, a windmill on a standard bearing, an assembled enclosure. Open any of them in 3D.

Two-story house that comes apart floor by floorLoading 3D model…

Two-story house that comes apart floor by floor

Prompt
From these pictures … build the whole house, every floor of it … I want it at 500 × 500 mm. Each floor should come apart so you can see inside. … Did you rebuild the cabinet doors and the drawers? I want a finer model.

  • 3 pictures + 12 prompts · 10 versions
  • 137 parts: floors and roofs lift off, doors and drawers open
  • 500 × 500 × 291 mm
Two-way gear latch for a door

Two-way gear latch for a door

Prompt
Make me a gear knob that works as a door latch. The knob goes through a hole in the door, its handle outside and the gear inside, with a straight bar meshing above and below the gear. Turning the gear pushes the two bars out to either side or pulls them back, locking the door.

  • One prompt, then 3 parameter edits
  • 8 parts: knob, gear and shaft, two rack bolts, guide base, stops
  • 198 × 77 × 45 mm
Windmill

Windmill

Prompt
Make me a windmill … Shouldn’t the blades be pitched? Can the bearing be realistic, so it turns?

  • 3 prompts · 4 versions
  • KFL08 flange bearing from the parts library + 8 mm shaft
  • 106 × 94 × 189 mm
Snap-fit remote enclosure

Snap-fit remote enclosure

Prompt
A 3D-printable remote enclosure, modeled assembled: bottom shell, top cover, 4 snap fits, M2 standoffs for the PCB, 4 keycaps and a USB-C opening.

  • One prompt, first version
  • 6 parts, in place
  • 120 × 44 × 24 mm
Dovetail-jointed boxes

Dovetail-jointed boxes

Prompt
Build box blocks that join together. Focus on how they connect, and make the joints strong.

  • One prompt, first version
  • 4 interlocking boxes
  • 123 × 123 × 40 mm

Prompts are taken from the real conversations, long ones abridged. Models are as the AI built them; the posters only set color and view.

Capabilities

Turn intent into an adjustable, previewable, exportable parametric model.

01

Describe a part, the AI models it

Describe what the part is for and its size, with reference images if you have them. An AI agent writes build123d code and builds the solid in an isolated sandbox, so you get an editable parametric model, not a frozen mesh.

02

Tune parameters without regenerating

Dimensions such as width, wall thickness, hole spacing and slot count become parameters. Change one and the model is rebuilt directly, without asking the AI to start over.

03

Revise by chat, keep every version

If the preview is not right, say what to change. Every revision is kept as a version you can go back to.

04

Preview the solid in the browser

Fillets, chamfers, shells, patterns and holes all show in the 3D preview: what you see is the solid you export.

05

Standard parts and assemblies

The AI can use standard parts from a built-in library, such as aluminum extrusions, mechanical parts and parametric templates, assemble several parts, and check where they overlap, touch or leave gaps.

06

Deliver multiple formats

Export STEP, STL, 3MF or glTF from the same project, for CAD exchange, printing or web preview.

Workspace flow

From a sentence to a printable file, every step in view.

MeshWish keeps the conversation, modeling, 3D preview, parameters and export in one workspace.

  1. 01

    Speak

    Request sent

    Enter the part’s purpose, dimensions, mounting style and constraints, with reference images if you like.

  2. 02

    Build

    First model built

    The AI writes build123d code, builds the solid in a sandbox and checks the geometry.

  3. 03

    Preview

    3D view refreshed

    Turn the solid model around in the browser.

  4. 04

    Revise

    New version

    Keep the conversation going and say what to change; every revision is kept as a version.

  5. 05

    Tweak

    Parameters applied

    Adjust width, wall thickness, hole pitch, slot count and other parameters directly.

  6. 06

    Print

    File ready

    Export STEP, STL, 3MF or glTF.

FAQ

Common questions about the product and billing.

  • What does MeshWish do?

    You describe a part, optionally with reference images, and the AI writes parametric build123d code and builds a solid model. You preview it in the browser, tune its parameters, ask for changes, and export STEP, STL, 3MF or glTF.

  • Which formats can I export?

    STEP, STL, 3MF and glTF, for CAD exchange, 3D printing and web preview.

  • Can I trust AI-generated models?

    Every build checks that the solid is valid and measures its bounding box and volume, and you see the whole solid in the preview. Models can still have errors in dimensions or fit, so check them before you make them and confirm they suit your material, printer and use.

  • How do credits work?

    A run is charged as the AI works, so simple parts use few credits and complex assemblies more. Sign-up credits are valid for one month, subscription credits expire at the end of each billing period and credit-pack credits are valid for 12 months.

  • How do I cancel? Can I get a refund?

    Cancel anytime in your account; cancellation takes effect at the end of the current period. To request a refund, email support@meshwish.ai from your account’s email address. Requests are reviewed individually, and approved refunds are issued through Waffo Pancake for the whole order. See the Refund & Cancellation Policy.

  • Who runs MeshWish?

    MeshWish is operated by xiaolouge, an independent developer. Payments are processed by Waffo Pancake, our Merchant of Record. Questions go to support@meshwish.ai.

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Bring the first part you actually want to print.

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