Text to 3D

Text to 3D: Generate a 3D Model from a Prompt in a Minute

Meshy's Text to 3D is an AI 3D model generator that turns a written prompt into a textured 3D model in about a minute, exportable in 8 formats.

Create My First 3D Model

Prompts

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How to Convert Text to 3D Model

Here is a simple three-step process to turn text into a high-fidelity 3D model easily.

Write Your Prompt
Describe your 3D object in natural language — up to 800 characters in any language. Include shape, style, material, and context for best results. Then fine-tune your generation settings: choose an AI Model (Meshy 6 or Meshy 6 Lite), pick a Model Type (High Detail or Smart Topology for game-ready meshes), set Pose (None, A-Pose, T-Pose, or Custom), and select the Number of Generations to produce multiple variations at once. Each generation costs 20 credits.
Generate Your 3D Model
Meshy generates a detailed PBR-textured mesh in about a minute. Preview it in the built-in 3D Viewer with topology stats and a Printability check before sending to a slicer.
Download & Use
Inspect your model with the 3D Viewer — toggle Auto Rotate, Wireframe overlay, Grid, and Statistics to evaluate mesh quality from every angle. Refine further with built-in post-generation tools: apply AI Texture for custom surface detail, use Remesh to optimize topology, or run Printability and send directly to Print. When ready, export in 8 formats (FBX, OBJ, GLB, USDZ, STL, BLEND, 3MF, DXF) and plug straight into Blender, Unity, Unreal, or your preferred 3D pipeline.

Create My First 3D Model

Why Creators Choose Meshy's Text to 3D

Text Prompt to 3D

Type any description and Meshy's AI turns it into a textured 3D model in about a minute. Choose from two AI models — Meshy 6 (default) for maximum fidelity and detail, or Meshy 6 Lite for faster drafts. Perfect for rapid ideation, game asset prototyping, and concept visualization — no modeling skills needed.

Style & Detail Control

Go beyond style descriptors — control geometry and rigging from the start. Choose Model Type (High Detail for maximum-fidelity assets, Smart Topology for real-time game meshes), set a Pose (A-Pose, T-Pose, or Custom) to get animation-ready output, and generate multiple variations in a single batch. The more specific your prompt + settings, the closer Meshy gets to your vision on the first try.

Any Format, Ready to Use

Export to GLB, OBJ, FBX, STL, USDZ and more. Files work straight out of the box — no extra conversion steps needed.

No Software, No Setup

Everything runs in your browser. No download, no plugin, no 3D experience required — just describe and generate.

Rapid Iteration & Refinement

Not satisfied with the first result? Tweak your prompt, switch AI model versions, or toggle the Smart Topology Model Type and regenerate in about a minute. After generation, inspect with the 3D Viewer (Wireframe, Statistics, Printability), apply AI Texture for new surface detail, or use Remesh to optimize topology — all without leaving Meshy.

Multilingual Prompt Support

Describe your 3D model in your preferred language — up to 800 characters per prompt. Meshy understands English, Spanish, French, Chinese, Japanese, and many more, so creators worldwide can generate 3D assets without language barriers or translation steps.

Diverse, Fast, and High-quality

Meshy Text to 3D helps you conceptualize, iterate, and experiment at lightning speed — with popular art styles including Realistic, Cartoon, Sculpture, and PBR, and more coming soon.

Wanderer's outfit — tattered cloak, golden robe, pink sash, game-ready

Grumpy lady with red bob hair raising fists, pixar style

Bald man head with tribal face tattoos, ultra realistic

Lizardfolk warrior carrying a wooden mallet, tabletop miniature

Medieval court jester in orange and green, cartoon style

Elegant female android bust, white and gold armor, sci-fi

Fox terrier standing, brown and white, hand-painted style

Chibi frost dragon with icy spikes, collectible toy figure

Retro stand mixer, pastel blue, product render

Smiling corgi sculpture, untextured clay model

Built for Every 3D Workflow

Game Development

Prototype game assets from text descriptions in seconds — characters, weapons, props, environments. Low Poly Mode + direct Unity / Unreal / Blender / Godot export keeps your pipeline friction-free.

Product Design

Generate 3D product concepts from text briefs for rapid iteration and stakeholder presentations. Export GLB / OBJ for CAD tools, product configurators, or investor pitch decks.

3D Printing

Describe your object, generate it, download as STL / 3MF, send straight to your printer. 97 % slicer pass rate with Bambu Studio, OrcaSlicer, Creality Print and more.

Loved by 15,000,000+ Creators Worldwide

Lindsay O.

3D Printing Business, Australia

I love using Meshy because it allows us to create detailed 3D models from text prompts, something we didn't know was possible until we discovered this tool. It's incredibly efficient and simplifies workflows in our color 3D printing business.

Look Up These 3D Terms

Text to 3D 3D Modeling Mesh Polygon Low Poly PBR Texture Mapping GLB File FBX File OBJ File Rigging 3D Printing

Frequently Asked Questions

Meshy's Text to 3D AI generator lets anyone create detailed, textured 3D models from a simple text description — no modeling skills, no software installs. Powered by Meshy 6 (with Meshy 6 Lite for faster drafts), the AI generates production-ready assets in about 1 minute. Choose High Detail or Smart Topology output, set a Pose for animation-ready rigging, inspect with a built-in 3D Viewer (Wireframe, Statistics, Printability), and export in 8 formats (FBX, OBJ, GLB, USDZ, STL, BLEND, 3MF, DXF). It's the fastest way to go from idea to 3D asset.

Most text-to-3D generations complete in about 1 minute. Simple objects (a sword, a chair, a basic character) often finish even faster. More complex prompts with detailed descriptions may take slightly longer. Meshy 6 (default) delivers the most detail; Meshy 6 Lite is the faster option for quick drafts. Each generation costs 20 credits.

Models generated on the free plan are published under a CC BY 4.0 license — you can use them commercially with attribution. Paid plans unlock a Private license, giving you full exclusive rights with no attribution required. Either way, you can use your models in games, films, products, 3D prints, or any project. You can also share models to the Meshy community gallery for visibility, but this is entirely optional.

Be specific — describe shape, style, material, scale, and intended use. Avoid vague terms. Check our prompt guide for expert tips.

Text prompts support up to 800 characters in any language. For best results, keep your prompt concise and specific. Focus on key descriptors: shape, material, style, and intended use. Check our prompt guide for more tips.

No — everything runs in your browser. No installation, no plugins needed.

FBX, OBJ, GLB, USDZ, STL, BLEND, 3MF.

After generation, you can inspect your model in the built-in 3D Viewer with Auto Rotate, Wireframe overlay, Grid, and Statistics (face count, vertex count, topology). Use the post-generation toolbar to apply AI Texture for new surface detail, Remesh to optimize topology, check Printability, or send directly to Print. Download in 8 formats (FBX, OBJ, GLB, USDZ, STL, BLEND, 3MF, DXF) for use in game development, 3D printing, AR/VR, product visualization, animation, and more.

Meshy exports work with all major 3D software and game engines. Use GLB for Blender and web viewers; FBX for Unity, Unreal Engine, Maya, and 3ds Max; OBJ for general 3D editors; STL/3MF for 3D printers; USDZ for Apple AR and Vision Pro; BLEND for Blender projects. Meshy also has native plugins for Blender, Unity, Unreal, 3ds Max, Maya, and Godot — letting you import generated models directly into your scene with one click.

Start with a more specific description — include shape, material, style, and scale. If the result lacks detail, try switching to Meshy 6 for more detail, or use Meshy 6 Lite for a faster first pass. For characters, set a Pose (A-Pose or T-Pose) to improve rigging quality. Toggle between High Detail and Smart Topology model types depending on your use case. Still not right? Simplify complex scenes into a single focal object, or check our prompt guide for expert tips.

Speed-ranked options:

Inside Meshy — run Remesh on the existing asset. It rebuilds topology AND generates fresh UVs in one step. Fastest path.
Apply AI Texturing afterward — this re-projects materials onto the new UV layout, so you don't lose your visual style.
In Blender (manual) — Edit Mode → Select All → U → Smart UV Project (Angle Limit 66°, Island Margin 0.02). Takes 10 seconds, yields a clean automatic unwrap.
Pack islands — UV Editor → UV → Pack Islands (rotation enabled, margin 0.01).
UV cleanup tip — before re-unwrapping, mark logical seams (under arms, behind ears, along symmetry line) for cleaner islands.

The fastest production path is always Remesh + AI Texturing inside Meshy — no Blender hop required.

Smeared textures usually trace back to stretched UV islands, low texture resolution, or projection artifacts on inferred geometry. Meshy addresses all three:

UV unwrap — every Text-to-3D output ships with a non-overlapping UV layout where island scale is balanced.
Texture resolution — 2K–8K PBR maps mean fine details survive close-up viewing.
PBR maps — albedo + normal + metallic + roughness work together so highlights and crevices read correctly under any lighting.
AI Texturing — if a region looks smeared after generation, you can apply a fresh prompt-driven texture to that material slot specifically.

For best results, ask for materials with strong tactile detail in your prompt (e.g., 'brushed copper with hammered surface') — the model focuses detail where you direct it.

Meshy exports all of the following from a single generation:

GLB (glTF 2.0 binary) — single-file, PBR-ready, web/AR/Unity/Unreal/Godot all consume it natively. Best universal choice.
FBX — industry standard for Maya, 3ds Max, Unity, Unreal. Supports rigs and animations.
OBJ — universal mesh format; no animation; legacy compatibility.
STL — printable triangle mesh; no textures; for slicers.
3MF — modern STL alternative with metadata, multi-material, color support.
USDZ — iOS AR Quick Look; Pixar's universal scene description binary.
BLEND — native Blender file.

Pipeline mapping:

Blender → import GLB or BLEND (best); FBX as fallback.
Unity → GLB via UnityGLTF/glTFast; FBX via built-in importer.
Unreal → FBX via built-in importer; GLB via plugin.
Web/AR → GLB; USDZ for iOS-specific.
3D printing → STL or 3MF.

No re-generation needed to switch formats. Always export with embedded textures for portability.

Use the Free tier to run this 30-minute integration test before paying:

Generate one representative model — a character if you do characters, a hard-surface object if you do props.
Export GLB and FBX — check both formats from a single generation.
Import to Blender — verify materials show up correctly with PBR maps bound to the right channels (Principled BSDF).
Inspect topology — Edit Mode → Statistics. Confirm quad-dominant if you'll animate or sculpt further.
Re-export from Blender to your engine — Unity (FBX), Unreal (FBX), Godot (GLB). Check materials survive the round-trip.
Try Remesh — verify it produces game-ready topology at your target polycount.
Try AI Texturing — check whether you can iterate textures with prompts.
Validate licensing terms — confirm the outputs would be commercial-usable on a paid plan.

If all steps pass on Meshy's Free tier, the paid plan will fit cleanly into your pipeline.

Failure modes and prevention strategies:

Missing limbs — prompt is ambiguous about body topology. Prevention: explicitly state 'four legs', 'two arms', or attach a pose reference.
Melted/blobby details — under-described features get smoothed. Prevention: name the materials and details ('chainmail with visible rings', 'leather strap with metal buckle').
Asymmetry where you want symmetry — Prevention: add 'symmetrical', 'bilateral symmetry' to the prompt.
Multiple heads / extra limbs — caused by overweighting features from training. Prevention: simplify to one clear subject, no plural nouns ('warriors' → 'warrior').
Floating accessories — Prevention: describe the connection ('helmet on head', 'sword in right hand').
Smeared face — Prevention: use AI Texturing with a face-specific prompt afterward.
Re-generate if the first attempt misses — generation is stochastic; try multiple generations.

When accuracy matters most, use Image-to-3D with Multi-view instead of Text-to-3D — providing real reference images eliminates most failure modes.