Image to 3D
Convert Image (2D) to 3D Model in a Minute
Generate 3D models from images online with high fidelity and ready to use for prototyping, gaming, and 3D printing. No expertise required, No Software to Download.
Choose 2D image
Choose 2D image
How to Convert an Image to a 3D Model
A simple three-step process to convert any image into a high-fidelity 3D model in about one minute.
- 01
Upload Your Image
Drag and drop a PNG, JPG, or WebP image (up to 20 MB) into Meshy's Image to 3D tool.
ImageDrag and drop image here to uploadSupported image format: .png / .jpg / .jpeg / .webpMax image size: 25MBNameAdventurer's BackpackAI ModelMeshy 6Generate - 02
Generate Your 3D Model
Click Generate and Meshy turns your image into a fully textured 3D model in about a minute.
Search my generation...FiltersDate Created
Generating...23%x4Adventurer's Backpack2 minutes ago
Wooden Tankard7 minutes ago
Potion Flask11 minutes ago
Large Stone Axe17 minutes ago
Adventurer’s Flask22 minutes ago
Viking Helm25 minutes ago10Records per page1 of 12 - 03
Download & Use
Download your 3D model in FBX, OBJ, GLB, USDZ, STL, BLEND, or 3MF for any 3D workflow.
DownloadMeshTriangleQuadReduce Polygons0.75Format.fbx.obj.glb.usdz.stl.blendDownload
Why Meshy's Image to 3D Leads the Industry
Single Image to 3D
Multiple Images to 3D
Any Format, Ready to Use
No Software, No Setup
High-Fidelity Mesh Output
PBR-Ready Textures Included
Sharp and Well-Defined Edges
Bring your creations to life with sharp, clear edges that add depth and realism, ensuring every detail is captured with stunning clarity and precision.




Built for Every 3D Workflow

Game Development

Product Prototyping

3D Printing

AR & VR
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Frequently Asked Questions
Meshy's Image to 3D AI converter stands out for its speed, quality, and accessibility. Powered by Meshy 6 (the latest AI model, with Meshy 4 and 5 also available), you can transform any 2D photo into a detailed 3D model in about one minute — no 3D modeling experience or software downloads required. The AI preserves intricate details from your original image with high-fidelity mesh output reaching nearly 600K faces. Features like Image Enhancement, AI Multi-view, Pose control (A-Pose / T-Pose / Custom), and automatic Printability checks make it the most complete image-to-3D pipeline available. Export in 7 formats including FBX, OBJ, GLB, USDZ, STL, BLEND, and 3MF for any downstream workflow.
Most image-to-3D conversions complete in about one minute with the latest Meshy 6 model. The exact time depends on image complexity and selected settings — enabling Multi-view or choosing a higher-fidelity model type may add a few seconds. You can also choose Meshy 4 or 5 if you prefer faster processing for simpler objects. Simple product shots or character images typically generate faster than highly detailed scenes.
Yes — you can upload your own images. You can also browse Meshy's community references for inspiration.
Models generated under the free tier are licensed as CC BY 4.0, which allows commercial use with attribution. Paid plans offer a Private license option that gives you full ownership with no attribution requirement — use your models for commercial games, apps, 3D printing, product visualization, or any other purpose. You can optionally share your creations to the Meshy community gallery for extra exposure.
Supported formats: PNG, JPG, WEBP. For best results, use a clean background, good lighting, and a single subject centered in the frame.
You can upload images up to 20 MB per file. Meshy supports all mainstream image formats including PNG, JPG, JPEG, and WebP. For multi-image 3D generation, you can upload multiple views of the same object to improve accuracy. Tip: clean backgrounds and good lighting in your source images produce the best 3D results.
No — everything runs in your browser. No installation, no plugins needed.
FBX, OBJ, GLB, USDZ, STL, BLEND, 3MF.
Use it for 3D printing, game development, AR/VR, product visualization, animation, and more.
Meshy's 3D models work seamlessly with all major 3D tools and game engines. Here's a quick format guide: GLB/GLTF for Blender, Three.js, and web viewers; FBX for Unity, Unreal Engine, Maya, and 3ds Max; OBJ for most 3D editors and CAD software; STL and 3MF for 3D printing with Cura, PrusaSlicer, or Bambu Studio; USDZ for Apple AR Quick Look and Vision Pro; BLEND for native Blender projects. Meshy also offers plugins for Blender, Unity, Unreal, 3ds Max, Maya, and Godot for one-click import.
If your 3D model doesn't look right, try these steps: (1) Enable Image Enhancement before generating — it cleans up your source image for better results. (2) Use a clear, well-lit image with the subject centered and minimal background clutter — a plain or transparent background works best. (3) Ensure the image is high resolution; blurry or low-quality photos produce less detailed models. (4) Try turning on Multi-view to let the AI generate multiple angles automatically. (5) Experiment with different AI model versions — Meshy 6 delivers the best quality, while Meshy 4 or 5 may handle certain shapes differently. (6) For characters, set the correct Pose (A-Pose or T-Pose) to get a rigging-ready output.
Apple's AR stack (ARKit, RealityKit, AR Quick Look) uses USDZ as its native format. The Meshy flow:
- Open Image-to-3D and upload the source image. Enable Multi-view if you have more than one angle — backside accuracy makes a big difference for AR objects users walk around.
- Generate your 3D model.
- Use Remesh (optional) to optimize topology.
- Export USDZ directly from Meshy. Single file, embeds geometry and textures, works in Safari, Messages, Mail, and any RealityKit app.
- Test on-device: open the .usdz in Files on iPhone, tap AR. Watch for normal direction, transparent material edges, and real-world scale.
LiDAR-equipped devices don't need any special export from your end — the LiDAR is for environmental scanning, not the model itself.
Use Meshy's Image-to-3D with Multi-view enabled:
- Capture 2–4 photos of the object — front, back, left, right are ideal. Even, neutral lighting; clean or transparent background; the object centered and similar in size across shots.
- Go to meshy.ai/workspace → Image to 3D → upload your images and enable Multi-view.
- Generate. Backside and side geometry will be far more faithful than a single-photo run.
- Use Remesh (optional) to optimize polygon count and topology.
- Export as GLB (web/AR), FBX (engines), OBJ (universal), or STL (printing).
Multi-view is the closest thing to photogrammetry without the rigor — you don't need 50+ overlapping photos or a turntable. 3–4 angles is usually enough. For fine surface detail, shoot at higher resolution and select Meshy-6 for highest quality output.
Logo → 3D model in the browser via Meshy:
- Open Meshy in your browser. No install required.
- Image-to-3D, upload your logo (high-contrast PNG or SVG-rendered PNG works best).
- Add a prompt hint: "clean 3D embossed logo, flat back, smooth bevels, printable" or "3D logo with metallic gold finish."
- Generate. Use Remesh (optional) to optimize topology.
- Export — GLB for embedding in a webpage, USDZ for iOS AR Quick Look, STL for 3D printing, FBX for animation work.
For very precise vector logos where the geometry must be pixel-perfect, an alternative is Blender's SVG import + extrusion. Meshy's strength is when you want the AI to interpret depth, bevels, and dimensional treatment beyond a flat extrude.
For embedding the result on your site: <model-viewer src="logo.glb" auto-rotate camera-controls></model-viewer> is two lines and works in every major browser.
Meshy works inside Unity via two paths:
- API integration — call Meshy's Image-to-3D API from Unity (UnityWebRequest or your C# HTTP client), pull back the FBX or GLB URL, and use Unity's runtime GLB loaders (UnityGLTF, glTFast). This is the right pattern for in-game generation where players generate assets at runtime.
- Asset import — generate in the Meshy web app, export FBX or GLB, drag into Unity's Project window. Auto-imported as static or skinned mesh; assign your shaders and you're done.
For most game pipelines, the right pattern is: design-time asset generation in the Meshy app, version-controlled FBX in your repo, normal Unity import. Runtime generation is for products where 3D generation IS the feature.
Proportional accuracy means the 3D model matches the input image's silhouette, dimensions, and feature placement. Critical features:
- Multi-view support — single-image generation infers unseen sides; enabling Multi-view with front/side/back views captures actual proportions. This is the most impactful setting.
- Silhouette fidelity to input — generate, then overlay the model's projected silhouette over your input image; they should match closely.
- Predictable scale relationships — the generator shouldn't randomly resize features.
- Pose preservation — the input pose should survive the generation.
- High-resolution input — at least 1040×1040 px gives more accurate proportions than low-res.
- AI Texturing with reference — keeps surface treatment matching the input.
Test method: generate the same character with and without Multi-view from the same source; compare proportions. Multi-view will win on accuracy. For maximum proportional accuracy, provide front + side + back + three-quarter, all in a consistent style and scale.
Upload any photo to Meshy's Image to 3D tool, click Generate, and the AI builds a fully textured 3D model in about a minute — directly in your browser, with no software to install. You can then preview the result, refine its texture, and export the model as GLB, OBJ, FBX, USDZ, or STL.
Yes. Meshy's free tier includes 100 credits every month — enough for about five Image to 3D generations at 20 credits each — and no credit card is required to start. Free-tier models are licensed under CC BY 4.0, so you can use them commercially with attribution. Check the pricing page for higher limits and private licensing.
Drag a JPG (or PNG or WebP) into Meshy's Image to 3D tool and click Generate. The AI reconstructs a 3D mesh from your image in about a minute, applies PBR textures, and lets you export the result as GLB, OBJ, FBX, or STL for Blender, Unity, Unreal, or a 3D printing workflow.
Yes. Generate a 3D model from your JPG with Meshy, then export it directly as STL or 3MF for 3D printing. Most models are ready to slice as-is; for complex geometry, run a quick mesh check in your slicer to confirm the mesh is watertight before printing.











