Getting Started

Updated May 2026

Welcome! This quickstart gets you from zero to a finished 3D model in about five minutes. Everything runs in your browser - no downloads, no installs, no credit card required.

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1. Create your account

Go to 3daistudio.com and click Get Started. Sign up with email or Google - takes about 10 seconds. You get free credits immediately, so you can jump straight into generating.

The signup modal with email and social login options for creating your 3D AI Studio account.

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2. Your Dashboard

After signing in you land on the Dashboard. This is home base - every model you generate shows up here as a card you can preview, download, or process further.

The 3D AI Studio dashboard showing your tools, recent generations, and model cards.

Look at the top-left corner for your credit balance. Credits are what you spend each time you generate a model. The free credits you got at signup are enough to try several generations.

The credit balance display in the top-left corner of the dashboard.

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3. Your first Text to 3D model

Let’s generate something. Click Text to 3D in the sidebar (or go to /TextTo3D).

1. Write a prompt - Describe what you want. Keep it specific: “a medieval treasure chest with gold trim” works better than “a chest”. Mention materials, style, and details.
2. Pick a model - You’ll see these options:
   • Prism 3.1 - Best quality, 35 credits, 3-5 minutes
   • Prism Turbo - Great balance of speed and quality, 25 credits, 50-90 seconds
   • Swift - Fastest at 20-40 seconds (20 credits), lower detail - good for testing prompts quickly
3. Hit Generate and wait for your model to appear.

Start with Prism Turbo if you want fast results with solid quality. Use Swift to iterate on prompt wording, then switch to Prism 3.1 for your final version.

Quick prompt tips:

• Be specific about materials: “brushed steel”, “weathered wood”, “matte ceramic”
• Mention style: “low-poly”, “realistic”, “stylized cartoon”
• See the full Prompt Tips guide for more

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4. Your first Image to 3D model

Got a photo, sketch, or AI-generated image? You can turn it directly into a 3D model.

Click Image to 3D in the sidebar (or go to /ImageTo3D).

1. Upload your image - Drag it in or click to browse. For best results, use a clear shot of a single object on a simple background.
2. Choose your AI model - Same options as Text to 3D (Prism 3.1, Prism Turbo, or Swift).

The model selection grid showing available AI models for Image to 3D generation.

3. Click Generate and watch the progress bar.

A generation in progress, showing the progress bar and estimated time.

Multi-image mode: Upload photos from multiple angles (front, side, back) and the AI combines them for a more accurate reconstruction. Great for real objects you’ve photographed.

The multi-image upload mode for combining photos from multiple angles into one 3D model.

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5. Preview and export

Once generation finishes, your model appears in the built-in 3D viewer. Rotate by dragging, zoom with the scroll wheel.

The interactive 3D viewer showing a completed model you can rotate, zoom, and download.

Happy with the result? Download it in any format:

Format	Best for
GLB	Web, AR, general use (default)
FBX	Unity, Unreal Engine, Maya
OBJ	Blender, ZBrush, universal
STL	3D printing
USDZ	Apple AR (iPhone, iPad, Vision Pro)
BLEND	Native Blender projects
3MF	Color 3D printing

Click the Download button on your model card and pick the format you need. That’s it - your 3D model is ready to use.

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6. Next steps

You’ve got the basics down. Here’s where to go from here:

• Image Studio - Generate and edit reference images before converting to 3D. This two-step workflow (perfect image first, then convert) gives you the most control over your final model.
• Prompt Tips - Write better prompts, get better models.
• Texture Generator - Add or swap PBR textures on any model.
• Workflow Examples - Full start-to-finish workflows for games, printing, e-commerce.
• Export & Formats - Detailed breakdown of every format and when to use it.

Questions? Join the Discord community or email support@3daistudio.com.

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Frequently Asked Questions

Is 3D AI Studio free to use?

Yes, you can start for free. 3D AI Studio gives you free credits when you sign up, enough to generate several 3D models without entering a credit card. After your free credits are used, you can purchase more or subscribe to a plan for ongoing use.

How many free credits do you get with 3D AI Studio?

New accounts receive free credits on signup that let you try multiple generations right away. The exact amount may vary, but it is typically enough for 3-5 model generations depending on which AI model you choose. 3D AI Studio shows your credit balance in the top-left corner of the dashboard.

Do I need 3D modeling experience to use 3D AI Studio?

No experience needed at all. 3D AI Studio runs entirely in your browser - just type a description or upload an image and the AI generates a complete 3D model for you. There is no software to install and no technical knowledge required. The whole process takes about 2-5 minutes from signup to downloading your first model.

What are the system requirements for 3D AI Studio?

3D AI Studio runs in your web browser, so you do not need a powerful computer. Any modern browser (Chrome, Firefox, Safari, Edge) with WebGL support works. A stable internet connection is recommended since the AI processing happens on the server side, not on your device.

Which AI model should I pick for my first generation?

Start with Prism Turbo for a good balance of speed and quality at 25 credits. It generates in about 50-90 seconds. 3D AI Studio also offers Swift (20 credits, fastest, lower detail) for quick prompt testing, and Prism 3.1 (35 credits, best quality) for final production models.

What is the difference between Text to 3D and Image to 3D?

Text to 3D generates a model from a written description like “a medieval treasure chest with gold trim.” Image to 3D converts a photo, sketch, or illustration into a 3D model. In 3D AI Studio, Image to 3D generally produces more accurate results when you have a specific look in mind, while Text to 3D is great for quick concept exploration.

Can I use 3D AI Studio models commercially?

Yes. Models you generate with 3D AI Studio are yours to use in commercial projects, including games, apps, product visualization, and 3D printing. Check the terms of service on 3daistudio.com for the full details on licensing and usage rights.

How is 3D AI Studio different from other AI 3D generators?

3D AI Studio offers multiple AI models to choose from (Prism, Swift, Hunyuan, Trellis), built-in tools for texturing, rigging, remeshing, and format conversion, plus direct integrations with Blender, Unity, Unreal Engine, and more. It is an all-in-one platform rather than just a single generation tool. You can go from prompt to game-ready asset without leaving the site.

What file formats can I download my models in?

3D AI Studio supports 9 export formats: GLB, FBX, OBJ, STL, USDZ, BLEND, 3MF, Collada (.dae), and PLY. GLB is the default and works almost everywhere. Use FBX for game engines, STL for 3D printing, and USDZ for Apple AR. See the Export Formats page for a detailed comparison.

Recommended Workflow

Updated May 2026

The best 3D models don’t come from typing a prompt into Text to 3D. They come from creating a good reference image first, then converting that image to 3D. This two-step approach gives you way more control over the final result.

This page shows you exactly how to do it, with real examples.

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Why Image First?

When you use Text to 3D directly, the AI has to imagine what your object looks like based on words alone. Sometimes it nails it, sometimes it doesn’t. And if the result is close but not quite right, you have to rewrite the prompt and try again.

With the image-first workflow, you can:

• See the result before committing to 3D - if the image doesn’t look right, edit it
• Control exactly what the model looks like - colors, style, angle, details
• Use photos of real objects - not just text descriptions
• Edit yourself into the scene - turn a selfie into a figurine, LEGO character, etc.

The 3D conversion step is the same either way (Image to 3D with Prism 3.1). The difference is how good your input is.

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Workflow 1: Generate an Image, Then Convert to 3D

This is the most common workflow. You create a clean reference image in Image Studio, then send it to Image to 3D.

Steps

1. Open Image Studio and go to Generate
2. Pick a model (ImageGen 4 for general use, Flux 2 for photorealism)
3. Write a prompt describing what you want, with “clean white background” and “single object”
4. Generate until you get an image you like
5. Open Image to 3D
6. Upload the generated image
7. Pick Prism 3.1 and generate

Real example: Owl character

Here’s what this looks like in practice. We generated an owl character image, then converted it to 3D:

Generated with “stylized 3D cartoon owl, soft lighting, clean white background”, then converted to 3D with Prism 3.1.

More examples

The pattern is the same every time: generate a clean image with one subject, simple background, good lighting, then convert to 3D.

Tips for generating good reference images

• Add “clean white background” or “studio lighting” to your prompt
• Include “single object, centered” to keep it simple
• Use “3D render style” or “stylized 3D” for images that convert better than flat illustrations
• Generate a few variations and pick the best one before converting to 3D
• If the image is almost right, edit it in Image Studio before converting (see Workflow 2)

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Workflow 2: Edit a Photo, Then Convert to 3D

Already have a photo? You can edit it into something that converts to 3D really well. This is especially useful for personalized figurines, product models, or turning real objects into 3D.

Steps

1. Open Image Studio and go to Edit
2. Upload your photo
3. Pick GPT-Image-2 Edit or Gemini Edit
4. Write an edit prompt (e.g. “turn this person into a LEGO minifigure, plastic material, clean background”)
5. Download the edited image
6. Open Image to 3D and upload it
7. Generate with Prism 3.1

Real example: Photo to LEGO figurine to 3D print

This is the full pipeline. We took a regular photo, edited it into a LEGO-style figurine, converted to 3D, and 3D printed the result:

Photo, AI edit, 3D model, 3D print. The whole thing takes about 5 minutes (not counting print time).

Real example: Generated LEGO orc

You can also combine Workflow 1 and 2. Here we generated a LEGO orc from scratch in Image Studio, then converted to 3D:

The prompt was something like “LEGO minifigure of an orc warrior, green skin, armor, plastic material, studio lighting, white background” using ImageGen 4.

Good edit prompts for 3D conversion

What you want	Edit prompt
LEGO figurine of yourself	”turn this person into a LEGO minifigure, plastic material, blocky proportions, full body, clean background”
Pixar-style character	”turn into a Pixar-style 3D character, stylized, big eyes, clean background”
Funko Pop figurine	”turn me into a Funko Pop figurine, full body, clean background”
Clean product shot	”remove the background, keep the product exactly as is, white background”
Stylized 3D version	”turn into a stylized 3D render, clean lighting, white background”

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Workflow 3: Sketch to 3D

Have a hand-drawn sketch or concept drawing? You can turn it into a full 3D model by rendering it first in Image Studio.

Steps

1. Open Image Studio and go to Edit
2. Upload your sketch (photo of a drawing, digital sketch, or rough concept)
3. Use GPT-Image-2 Edit or Gemini Edit with a prompt like “render this sketch as a detailed 3D model, stylized, clean background”
4. The AI turns your rough sketch into a polished, render-ready image
5. Upload that rendered image to Image to 3D
6. Generate with Prism 3.1

Real example: Orc character from sketch

A rough pencil sketch becomes a fully rendered character, then a 3D model:

Sketch, AI render, 3D model. The rough pencil drawing was uploaded to Image Studio Edit with the prompt “render this sketch as a 3D model, stylize”. The AI produced the detailed character render. That render was then uploaded to Image to 3D with Prism 3.1 to get the final 3D model.

Tips for sketch to 3D

• Clean line art works best - clear outlines with minimal construction marks
• Add basic shading to your sketch if possible - it helps the AI understand depth and volume
• Three-quarter angles convert better than straight front views
• Digital sketches tend to work better than photos of paper drawings (less noise)
• If your sketch is on paper, photograph it with even lighting and crop tightly around the subject

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Workflow 4: Direct Photo to 3D (Quick and Simple)

If you just want a quick 3D model from an existing photo without editing, you can skip Image Studio and go straight to Image to 3D:

1. Open Image to 3D
2. Upload your photo
3. Pick Prism 3.1 (or Prism Turbo for speed)
4. Generate

This works well for:

• Product photos with clean backgrounds
• Concept art and illustrations
• Toys and objects photographed on a table
• Character art and drawings

It works less well for:

• Photos with busy backgrounds (edit first to remove the background)
• Multiple objects in one image (crop to just one)
• Very dark or blurry photos (edit first to improve quality)

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When to Use Text to 3D Instead

Text to 3D is still useful when:

• You want a quick concept and don’t care about exact appearance
• You’re exploring ideas and want fast iterations
• The object is simple enough to describe in words (a sword, a potion bottle, a chair)
• You don’t have any reference image at all

But for anything where the look matters, the image-first workflow will save you time and give you better results.

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Quick Reference

Situation	Workflow	Time
I have an idea but no image	Generate image in Image Studio, then Image to 3D	~5 min
I have a photo of myself	Edit photo in Image Studio, then Image to 3D	~5 min
I have a sketch or drawing	Render sketch in Image Studio Edit, then Image to 3D	~5 min
I have a product photo	Upload directly to Image to 3D (or remove background first)	~3 min
I have concept art	Upload directly to Image to 3D	~3 min
I want a quick rough model	Text to 3D directly	~3 min
I want to 3D print a figurine	Edit photo to figurine style, Image to 3D, export STL	~10 min

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Watch the full Image to 3D workflow in action.

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Open Image Studio - Open Image to 3D - Open Text to 3D

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Frequently Asked Questions

Why is image-first better than text to 3D directly?

When you type a prompt into Text to 3D, the AI has to guess what your object looks like. With the image-first workflow in 3D AI Studio, you see the exact reference image before spending credits on 3D generation. You can edit colors, fix proportions, remove backgrounds, and iterate cheaply on the 2D image until it’s perfect. This leads to far more predictable 3D results.

How many credits does the full image-first workflow cost?

A typical run in 3D AI Studio costs around 40-50 credits total. Image generation is about 5-10 credits depending on the model, and Image to 3D with Prism 3.1 costs 35 credits. That’s slightly more than Text to 3D alone (25-60 credits), but you get much more control over the outcome. Image editing adds another 5-10 credits if needed.

What is the best workflow to generate a 3D model with AI?

The best approach in 3D AI Studio is the image-first workflow. Instead of going straight to Text to 3D, generate a reference image first in Image Studio, edit it until it looks exactly right, then convert it to a 3D model using Image to 3D. This gives you much more control over the final result because you can perfect the 2D image cheaply before committing credits to 3D generation. Image generation costs 2-8 credits while 3D generation costs 25-60, so iterating in 2D saves both time and credits.

Can I turn a hand-drawn sketch into a 3D model?

Yes, and it works surprisingly well. Upload your sketch to Image Studio Edit in 3D AI Studio and use a prompt like “render this sketch as a detailed 3D model, clean background.” The AI turns your rough drawing into a polished render, which you then convert to 3D with Image to 3D. Clean line art with some basic shading converts best.

What’s the best image generation model for 3D conversion?

ImageGen 4 in 3D AI Studio works great for stylized and cartoon objects. Flux 2 is better for photorealistic subjects. Both produce images that convert well to 3D. The key is adding “clean white background” and “single object, centered” to your prompt regardless of which model you pick.

How do I turn a selfie into a 3D figurine?

Upload your photo to Image Studio Edit in 3D AI Studio and use a prompt like “turn this person into a LEGO minifigure, plastic material, full body, clean background.” Once the edited image looks good, send it to Image to 3D with Prism 3.1. Export as STL for 3D printing. The entire process takes about 5 minutes.

Does this workflow work for game assets?

Absolutely. Many game developers use 3D AI Studio’s image-first workflow to rapidly prototype assets. Generate a concept in Image Studio with style keywords like “low-poly” or “game asset,” then convert to 3D with Prism 3.1 or Tripo P1 Game Ready. The output can go straight into Unity or Unreal after a quick retopology pass if needed.

What image backgrounds work best for 3D conversion?

Solid white or transparent backgrounds give the best results in 3D AI Studio. Studio lighting setups also work well. The goal is to isolate your subject clearly so the AI doesn’t create unwanted geometry from background elements. If your source image has a busy background, use Image Studio’s background removal tool before converting.

Can I combine workflows for complex objects?

Yes, many users mix approaches in 3D AI Studio. For example, you might generate a character’s body with the image-first workflow, then generate accessories separately with Text to 3D, and combine everything in Blender. You can also generate multiple angle references in Image Studio and use a multi-view model for more accurate reconstruction.

How long does the entire recommended workflow take?

From start to finished 3D model, the image-first workflow in 3D AI Studio typically takes about 5 minutes of active work. Image generation takes seconds, editing (if needed) takes a minute or two, and Prism 3.1 generates the 3D model in 3-5 minutes. Direct photo to 3D (without editing) is even faster at about 3 minutes total.

What if my generated image isn’t perfect?

That’s the beauty of the image-first approach. In 3D AI Studio, you can edit the generated image before converting to 3D. Fix colors, remove unwanted details, change the background, or adjust proportions using Image Studio Edit. Each edit costs only 5-10 credits, which is much cheaper than regenerating the entire 3D model if something is off.

Image to 3D

Image to 3D takes a regular photo or illustration and turns it into a fully textured 3D model - geometry, colors, and materials included. You upload an image, pick an AI model, and get a downloadable 3D asset in minutes (or seconds, depending on the model). It works with product photos, character art, concept sketches, or really anything visual.

Open Image to 3D Generator

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Uploading Your Image

Getting started is simple. You have three ways to add your image:

• Drag and drop - Pull any PNG, JPG, or WebP file directly onto the upload area
• Browse - Click the upload area to open your file picker
• Paste - Copy an image to your clipboard and paste it straight in (Ctrl+V / Cmd+V)

The image appears as a preview thumbnail so you can confirm it looks right before generating.

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Choosing the Right Model

With 12 single-image models available, picking the right one matters. Here are quick recommendations:

• Best overall - Prism 3.1 (default for a reason - great balance of speed, quality, and cost)
• Fastest results - Prism Turbo (under 90 seconds, good for rapid iteration)
• Best for games - Tripo P1 Game Ready (optimized topology, 60-90 seconds)
• Highest quality - Hunyuan 3.1 Pro (state of the art detail and textures)
• Best value - Trellis 2 (starts at just 15 credits)

The model picker in Image to 3D, showing all available AI models with their credit costs and quality tiers.

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Single-Image Models

All single-image models work from one photo. Upload your image, hit generate, and the AI figures out the full 3D shape from that single viewpoint.

Model	Credits	Speed	Quality	Time
Prism 3.1 (default)	35	Standard	State of the Art	3-5 min
Hunyuan 3.1 Pro	40	Standard	State of the Art	3-4 min
Tripo P1 - Game Ready	60	Fast	State of the Art	60-90 sec
Meshy 6	40	Standard	Good	5-10 min
Trellis 2	15-41	Standard	High	4-8 min
Rodin 2.5	30	Fast-Standard	State of the Art	6-7 min
Forge Gen-2	35	Standard	State of the Art	5-7 min
Hunyuan 3.0	40	Standard	State of the Art	3-4 min
Prism Turbo	25	Fastest	High	50-90 sec
Prism 3.0	30	Standard	State of the Art	2-4 min
CSM	35	Standard	State of the Art	4-6 min
Seed3D 1.0	30	Standard	High	8-12 min

Seed3D 1.0 is currently in beta and available on paid plans only.

A model generation in progress, showing the real-time status indicator and estimated time remaining.

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Multi-Image / Multi-View Models

When a single photo isn’t enough - say you have a product shot from multiple angles or a character turnaround sheet - multi-image models give you significantly more accurate results. They combine information from several viewpoints to reconstruct geometry that’s correct from every angle.

There are two input types depending on the model:

• Fixed views - The model expects specific angles (front, left, back, right). You assign each image to its slot.
• Flexible multi-image - Upload 1-8 images from any angles. The model figures out the spatial relationships.

Multi-image models are available on paid plans only.

Model	Credits	Input Type	Time
Prism 3.1 Multi-view	40	4 fixed views (front/left/back/right)	3-5 min
Hunyuan 3.1 Pro Multi-view	45	1-8 assigned views	3-4 min
Tripo P1 Multi-view	65	4 fixed views	60-90 sec
Meshy 6 Multi-image	45	1-4 images	5-10 min
Rodin 2.5 Multi-image	35	2-5 images	6-7 min
Forge Gen-2 Multi-image	40	2-5 images	5-7 min
Hunyuan 3.0 Multi-view	45	4 views	3-4 min
Prism 3.0 Multi-view	35	4 fixed views	2-4 min

The multi-image upload interface, where you assign photos to specific viewpoints for more accurate 3D reconstruction.

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Settings and Options

Depending on the model you pick, you’ll see different settings on the right panel. Here’s what the common ones do:

• Texture quality - Controls the resolution of the generated texture maps. Higher means sharper details but slightly longer processing.
• Mesh quality - Affects polygon density. Higher quality means smoother surfaces and better small details.
• PBR materials - When enabled, the model generates normal, roughness, and metallic maps alongside the base color texture. Essential for realistic rendering in game engines and 3D apps.
• Face limit - Sets the maximum polygon count. Lower values produce lighter meshes that load faster; higher values capture finer detail. Useful when targeting specific platforms.
• Seed - A number that makes generation reproducible. Same image + same seed + same settings = same result every time.
• Auto-size - Scales the output model to realistic physical dimensions based on what the AI thinks the object is.

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Export Formats

Once your model is ready, you can download it in multiple formats directly from the 3D viewer:

• GLB - Universal format, works everywhere (Blender, Unity, Unreal, web viewers)
• FBX - Industry standard for game engines and animation pipelines
• OBJ - Simple and widely supported, good for static meshes
• STL - For 3D printing (geometry only, no textures)
• USDZ - Apple AR Quick Look format

All formats include textures where applicable. PBR maps export as separate image files when downloading OBJ or FBX.

The built-in 3D viewer displaying a completed model, with format options for downloading.

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Tips for Best Results

A few things that consistently improve output quality:

1. Clean backgrounds - Solid or simple backgrounds help the AI focus on your subject. Busy scenes can create unwanted geometry around the edges.
2. Good lighting - Even, well-lit photos give the AI more color and surface information to work with. Avoid harsh shadows or overexposed areas.
3. Sharp images - Motion blur and compression artifacts reduce quality. Use the highest resolution source you have.
4. Center your subject - The object should fill most of the frame without being cropped.
5. Simple angles work best - For single-image mode, a slight 3/4 view (showing front and one side) gives the AI more depth cues than a perfectly flat front-on shot.
6. Multi-image consistency - When using multi-view models, keep the same lighting, distance, and background across all your photos. Inconsistency confuses the reconstruction.
7. Remove backgrounds first - If your photo has a cluttered background, consider removing it before uploading. The Image Studio has a one-click background removal tool that works great for this.

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What’s Next

Ready to try it out? Open the Image to 3D generator and upload your first image — free credits on signup. If you’d rather start from a text description instead, check out the Text to 3D guide.

Last updated: May 2026

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Frequently Asked Questions

What image format works best for AI 3D conversion?

PNG with a transparent or solid white background gives the cleanest results in 3D AI Studio. JPG and WebP also work fine, but avoid heavily compressed images since compression artifacts can show up as bumps or noise in the final 3D mesh. The higher the resolution, the better the textures will be.

Can I use photos taken with my phone for image to 3D?

Yes, phone photos work well as long as the subject is in focus and well-lit. In 3D AI Studio, models like Prism 3.1 handle phone photos with ease. Just make sure the object fills most of the frame and the background isn’t too cluttered. A simple trick is to photograph your object on a white table or sheet.

How accurate is AI 3D reconstruction from a single photo?

Single-image models in 3D AI Studio are surprisingly good at inferring the back and hidden sides of objects, but they’re making educated guesses. For objects with complex backsides (like a detailed sculpture), you’ll get better accuracy using multi-view models with 2-8 photos from different angles. Simple, symmetrical objects like bottles or cars reconstruct well from a single shot.

Does image to 3D preserve textures and colors?

Yes, all models in 3D AI Studio generate colored textures mapped onto the mesh. If you enable PBR materials, you also get normal maps, roughness maps, and metallic maps for realistic rendering in game engines. The texture quality depends on your input image resolution and the quality settings you choose.

How long does image to 3D generation take?

It depends on the model. Prism Turbo is the fastest at 50-90 seconds, while Meshy 6 can take 5-10 minutes. The default Prism 3.1 in 3D AI Studio typically finishes in 3-5 minutes. Higher quality settings and ultra texture options add some extra time.

Is there a free option for image to 3D?

3D AI Studio gives you free credits when you sign up, which is enough to test several generations. After that, models range from 15 credits (Trellis 2) to 65 credits (Tripo P1 Multi-view). There’s no free unlimited tier, but the free signup credits let you try it with no commitment.

Should I remove the background before uploading?

It’s not required, but it helps a lot. A cluttered background can confuse the AI into creating unwanted geometry around your subject. 3D AI Studio’s Image Studio has a one-click background removal tool you can use before converting to 3D. If your photo already has a clean, simple background, you can skip this step.

Can I use image to 3D models for 3D printing?

Absolutely. Export as STL from 3D AI Studio and import directly into your slicer (Cura, PrusaSlicer, etc.). For best printing results, choose a model with higher mesh quality settings and consider using the Quad Remesh tool to clean up the topology before printing. Solid, chunky objects print better than thin, delicate ones.

What’s the difference between single-image and multi-view models?

Single-image models take one photo and guess the full 3D shape, which works great for most objects. Multi-view models in 3D AI Studio accept 2-8 photos from different angles and combine them for much more accurate geometry. Use multi-view when precision matters, like product models or characters where the back needs to look exactly right.

Do I need a transparent background for 3D conversion?

A transparent background is ideal but not strictly required. What matters most in 3D AI Studio is that the background is simple and doesn’t distract from your subject. A solid white, gray, or transparent background all work well. Avoid photos with other objects, complex patterns, or gradients in the background.

Text to 3D

Text to 3D lets you generate full 3D models just by describing what you want. Type a prompt, pick a model, and get a textured 3D asset you can download and use in games, renders, or any 3D project. It’s the fastest way to go from an idea to a 3D model without any modeling skills.

Open Text to 3D Generator

Writing Good Prompts

Your prompt is the single biggest factor in getting a great result. Here are some practical tips:

• Be specific - describe the object, its materials, style, and key features
• Mention the view - “full body”, “side view”, or “isometric” helps the AI frame it right
• Include style keywords - “realistic”, “low-poly”, “cartoon”, “PBR” guide the output
• Keep it focused - describe one object clearly rather than a complex scene

Example prompts that work well:

Use Case	Prompt
Architecture	”medieval castle with stone walls and a tall tower”
Character	”cute chibi anime cat girl, big eyes, full body”
Weapon/Prop	”futuristic sci-fi pistol, metallic, detailed”
Vehicle	”red sports car, glossy paint, side view”

The model selection grid in 3D AI Studio, showing available Text to 3D models with credit costs and quality ratings.

Choosing the Right Model

With 10 models available, picking the right one depends on what you need:

• Best overall quality - Prism 3.1 (default for a reason) or Hunyuan 3.1 Pro
• Fastest results - Prism Turbo (under 90 seconds) or Tripo P1
• Game-ready assets - Tripo P1 Game Ready delivers clean topology fast
• Budget-friendly - Prism Turbo at 25 credits is the cheapest option
• Maximum detail - Hunyuan 3.1 Pro or Forge Gen-2 for complex objects

Model Comparison

Here’s every available model with current specs as of May 2026:

Model	Credits	Speed	Quality	Generation Time
Prism 3.1 (Default)	35	Standard	State of the Art	3-5 min
Hunyuan 3.1 Pro	40	Standard	State of the Art	3-4 min
Tripo P1 - Game Ready	60	Fast	State of the Art	60-90 sec
Meshy 6	40	Standard	Good	5-10 min
Rodin 2.5	30	Fast-Standard	State of the Art	6-7 min
Forge Gen-2	35	Standard	State of the Art	5-7 min
Hunyuan 3.0	40	Standard	State of the Art	3-4 min
Prism Turbo	25	Fastest	High	50-90 sec
Prism 3.0	30	Standard	State of the Art	2-4 min
CSM	35	Standard	State of the Art	4-6 min

Settings and Options

Each model family has its own set of options you can tweak before generating:

Prism models:

• Texture quality - standard or ultra (+5 credits for ultra)
• Mesh quality - standard or ultra (+10 credits for ultra)
• PBR toggle - enables physically-based rendering textures
• Face limit - control polygon count for your use case
• Style presets - quick shortcuts for common art styles

Hunyuan models:

• Generation type - Normal, Geometry Only, Sketch, or LowPoly
• PBR toggle - full PBR material maps
• Max face count - adjustable from 40k up to 1.5M faces

Meshy 6:

• Art style - realistic or sculpture
• Topology - triangle or quad mesh
• Remesh option - cleaner topology for animation
• Symmetry toggle - useful for characters and vehicles
• Character pose - set a default pose for characters

Tripo P1 - Game Ready:

• Texture on/off - with texture costs 60 credits, without texture costs 40 credits

Rodin 2.5:

• Quality tiers - from extreme-low to extreme-high
• HighPack addon - adds 4K textures for +10-15 credits

A 3D model generation in progress with the real-time status indicator.

The Workflow

Generating a model is straightforward:

1. Type your prompt - describe what you want to create
2. Pick a model - choose based on your speed/quality/budget needs
3. Adjust settings - tweak texture quality, face count, or style options
4. Hit Generate - the model starts processing (time varies by model)
5. Preview your result - rotate, zoom, and inspect in the 3D viewer
6. Export - download in your preferred format

A completed 3D model displayed in the interactive viewer, ready for export.

Export Formats

Once your model is ready, you can download it in multiple formats:

• GLB/GLTF - best for web, AR, and general use
• FBX - standard for game engines (Unity, Unreal)
• OBJ - universal format, works everywhere
• STL - for 3D printing (no textures)
• USDZ - Apple AR Quick Look

The format you choose depends on where you plan to use the model. GLB is the safest all-rounder, FBX is ideal for game pipelines, and STL is what you want for 3D printing.

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Ready to generate? Try the Text to 3D generator — free credits on signup.

Last updated: May 2026

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Frequently Asked Questions

Is text to 3D really free?

3D AI Studio gives you free credits when you sign up, so you can generate several models at no cost. After that, models range from 25 credits (Prism Turbo) to 60 credits (Tripo P1 Game Ready). There’s no unlimited free tier, but the signup credits are enough to test different models and see which one you prefer.

Which text to 3D model is fastest?

Prism Turbo is the fastest model in 3D AI Studio at under 90 seconds, costing just 25 credits. Tripo P1 Game Ready is a close second at 60-90 seconds but costs 60 credits and produces game-optimized topology. If you need quick iterations to nail a design, Prism Turbo is your best bet.

Can AI generate game-ready 3D models from text?

Yes. Tripo P1 Game Ready in 3D AI Studio is specifically optimized for clean topology suitable for game engines. It produces models with proper edge flow in 60-90 seconds. For other models, you can use the Quad Remesh tool afterward to optimize the mesh for Unity or Unreal Engine.

How do I get PBR textures on text to 3D models?

Toggle the PBR option in the settings panel before generating. In 3D AI Studio, Prism 3.1 and Hunyuan models support full PBR output including base color, normal, roughness, and metallic maps. When you export as FBX or OBJ, the PBR maps download as separate texture files ready for any game engine or renderer.

What’s the maximum polygon count for generated models?

It varies by model. Hunyuan 3.1 Pro in 3D AI Studio supports up to 1.5 million faces, while most other models default to around 40k-100k faces. You can set a face limit before generating to target your platform requirements. Lower face counts work better for mobile games and web, while higher counts suit film and high-end renders.

Is text to 3D better than image to 3D?

They serve different purposes. Text to 3D in 3D AI Studio is faster when you just need a quick model from an idea. Image to 3D gives you more control because you can see and edit the reference image first. For best results, many users generate an image in Image Studio, refine it, then convert to 3D. This two-step approach costs slightly more credits but produces more predictable results.

How much does text to 3D cost per model?

In 3D AI Studio, prices range from 25 credits for Prism Turbo up to 60 credits for Tripo P1 Game Ready. The most popular option, Prism 3.1, costs 35 credits. Add-ons like ultra texture quality (+5 credits) or ultra mesh quality (+10 credits) increase the cost slightly. One credit purchase goes a long way since you get models that would take hours to create manually.

Can I use a style preset with text to 3D?

Yes. Prism models in 3D AI Studio offer style presets that act as shortcuts for common art directions. These presets adjust internal parameters to bias the output toward a specific look (cartoon, realistic, low-poly, etc.) without you needing to describe the style in your prompt. Just select a preset from the dropdown and type what you want to create.

What’s the best prompt length for text to 3D?

Keep it between 5 and 20 words for best results. In 3D AI Studio, overly long prompts with paragraph-length descriptions tend to confuse the models and produce messy results. A focused prompt like “medieval castle with stone walls and a tall tower” works much better than a 50-word description trying to specify every detail.

Can text to 3D make multiple objects at once?

It’s best to generate one object at a time. When you ask for multiple objects in a single prompt (like “a sword and a shield”), 3D AI Studio models tend to merge them into a messy combined mesh. Instead, generate each object separately and combine them in your 3D software afterward. This gives you clean, individual assets you can position exactly how you want.

SVG to 3D: Turn Vector Files into 3D Models

Updated May 2026

The SVG to 3D tool takes any SVG file and extrudes it into a 3D model - right in your browser. Everything runs client-side, so your files never leave your computer. It’s completely free, no credits or signup required.

It works great for logos, icons, typography, and brand assets. You get a live 3D preview with full material and lighting controls, then export as GLB (3D model) or PNG (transparent screenshot).

Open the SVG to 3D Converter

The SVG to 3D upload area, ready for you to drag and drop an SVG file.

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How to Use It

1. Upload your SVG

Drag and drop an SVG file onto the upload area, or click to browse. Max file size is 5MB.

2. Preview in 3D

Your SVG appears as an extruded 3D model with a live preview you can rotate, zoom, and pan. The tool preserves your original SVG colors by default.

An SVG file loaded and extruded into a 3D model with a live interactive preview.

3. Adjust settings

Use the settings panel to tweak thickness, materials, lighting, and more. Changes show up instantly in the preview.

4. Export

Download your result as a GLB file for use in 3D apps, games, or AR - or grab a transparent PNG for presentations and marketing materials.

Another SVG to 3D example showing a different design with customized material and lighting.

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Settings

The settings panel has five tabs. Here’s what each one does:

The settings panel with tabs for geometry, material, environment, background, and view controls.

Geometry

Controls the shape of the extrusion.

• Thickness (1-250, default 4) - How deep the extrusion goes. Higher values give a chunkier, more solid look.
• Bevel size (0-5, default 0.3) - Rounds off the edges. A small bevel adds realism; zero gives you sharp edges.
• Bevel segments (1-64, default 4) - How smooth the bevel curve is. More segments = smoother rounding.

Material

Pick a look or build your own.

• Presets - Choose from Metallic, Clay/Matte, Plastic, Rough Glass, Glass, or Custom
• Roughness - How shiny or matte the surface is
• Metalness - Metal vs non-metal appearance
• Clearcoat - Adds a glossy clear layer on top (like car paint)
• Transmission - Makes the material see-through (for glass effects)
• Override SVG colors - Replace the original SVG colors with a single material color

Environment

Sets the lighting around your model.

• HDRI presets - City, Dawn, Forest, Lobby, or Studio lighting
• Custom color - Use a solid color background for lighting instead of an HDRI
• Intensity - How bright the environment lighting is
• Bloom - Adds a soft glow effect around bright areas

Background

Pick a background color for the viewport using the color picker.

View

• Auto-rotate - Slowly spins the model so you can see all sides
• Rotation speed - How fast it spins

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Material Presets

Not sure which material to use? Here’s a quick guide:

Preset	Best for
Metallic	Logos, badges, premium brand assets
Clay/Matte	Clean mockups, 3D printing previews
Plastic	Icons, playful designs, product viz
Rough Glass	Frosted or etched effects
Glass	Transparent overlays, decorative pieces
Custom	Full control over every slider

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Export Options

Both export options run entirely in your browser - nothing gets uploaded.

• GLB - A standard 3D file format. Works in Blender, Unity, Unreal, web viewers, and AR apps. This is your go-to if you need the actual 3D model.
• PNG - A transparent-background screenshot of the current view. Great for slide decks, social media, and marketing materials where you just need a good-looking render.

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Tips for Best Results

Which SVGs work best

• Simple, clean paths with solid fills - logos, icons, and text work great
• SVGs with well-defined shapes and clear outlines extrude cleanly
• Bold, thick designs look better in 3D than very thin, delicate linework

Getting cleaner output

• Start with a small thickness value and increase gradually
• Add a slight bevel (0.2-0.5) to make edges catch light naturally
• If your SVG has many tiny details, simplify it in a vector editor first
• Try different HDRI presets - lighting makes a big difference in how materials read

Common issues

• Very complex SVGs with hundreds of paths may render slowly - simplify them if you can
• Overlapping paths can create odd geometry - flatten or merge paths in your vector editor before uploading
• If colors look wrong, check whether “Override SVG colors” is turned on in the Material tab

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Use Cases

• Logos for 3D websites - Export a GLB of your logo and embed it in a Three.js or model-viewer scene
• Icons for games - Extrude UI icons or item symbols for use in Unity or Unreal
• Brand assets for AR - Turn brand marks into AR-ready GLB files for product packaging or experiences
• Social media content - Export a styled PNG render of your logo for posts and thumbnails
• 3D printing - Extrude a design, export the GLB, and import it into your slicer

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What’s Next

Ready to try it? Head to the SVG to 3D Converter and drop in an SVG. If you want to generate 3D models from images instead, check out the Image to 3D guide. For text-based generation, see Text to 3D.

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Frequently Asked Questions

Is the SVG to 3D converter really free?

Yes, completely free with no signup, no credits, and no limits. The SVG to 3D tool in 3D AI Studio runs entirely in your browser, so nothing gets uploaded to a server. You can convert as many SVG files as you want and export GLB or PNG files without any account.

Can I convert a logo to a 3D model with this tool?

Absolutely. Logos are one of the best use cases for the SVG to 3D tool in 3D AI Studio. Just export your logo as an SVG from Illustrator, Figma, or any vector editor, then upload it. The tool extrudes it into 3D with customizable depth, materials, and lighting. Export as GLB for web 3D viewers or AR experiences.

What’s the difference between GLB and PNG export?

GLB gives you an actual 3D model file you can import into Blender, Unity, Unreal, or any web-based 3D viewer. PNG gives you a transparent screenshot of the current view, which is great for presentations, social media, or mockups. Both exports in 3D AI Studio’s SVG to 3D tool are free and run locally in your browser.

Why does my SVG look wrong after extrusion?

Complex SVGs with overlapping paths or very thin strokes can produce odd geometry. Before uploading to 3D AI Studio, try flattening or merging overlapping shapes in your vector editor. Also check if “Override SVG colors” is accidentally enabled in the Material tab, which replaces your original colors with a single uniform color.

Can I use the exported GLB for 3D printing?

Yes, but you’ll need to convert the GLB to STL first. Export the GLB from 3D AI Studio’s SVG to 3D tool, then import it into Blender or an online converter to save as STL. For best printing results, use a bold font or thick-stroked design, increase the extrusion depth to at least 5, and add a slight bevel so edges aren’t razor-sharp.

What SVG file size and complexity limits should I know about?

The max file size is 5MB. In practice, most logos and icons in 3D AI Studio’s SVG to 3D tool are well under this. However, very complex SVGs with hundreds of tiny paths (like detailed illustrations) may render slowly or produce messy geometry. For best results, keep your SVG simple with clean, well-defined shapes and merge unnecessary paths before uploading.

3D Text & Logo Maker

Updated May 2026

Turn any text into an extruded 3D model directly in your browser. Pick a font, adjust the depth and material, and export as GLB or PNG. Everything runs locally - nothing gets uploaded to a server. Free, no credits, no signup.

Open the 3D Text and Logo Maker

The 3D Text tool with default settings, showing extruded text in the live preview.

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How It Works

1. Type your text - enter any text in the text field. Supports multiple lines (use Shift+Enter for new lines).
2. Pick a font - choose from 16 built-in fonts or upload your own TTF/WOFF2 file.
3. Adjust the look - change depth, bevel, materials, lighting, and colors in real time.
4. Export - download as GLB (3D model) or PNG (transparent render).

The 3D preview updates instantly as you change settings. Rotate, zoom, and pan the model with your mouse.

Custom text rendered in 3D with adjusted font, depth, and material settings.

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Settings

The settings panel has 7 tabs:

Text

Type your text and choose alignment (left, center, right). Multi-line text is supported.

Typography

The typography settings panel with controls for font, size, depth, letter spacing, and bevel.

Setting	Range	What it does
Font	16 built-in + custom upload	Choose the typeface
Size	1-50	How large the text appears
Depth	0.5-100	How far the text extrudes into 3D
Line Height	0.5-3	Spacing between lines
Letter Spacing	0-10	Gap between characters
Curve Segments	1-64	Smoothness of curved letters

Bevel (optional) adds rounded edges to the text. When enabled:

• Bevel Thickness (0-2)
• Bevel Size (0-2)
• Bevel Segments (1-16) - higher = smoother bevel

Available Fonts

Roboto, Open Sans, Bahiana, Caveat, Doto, Doto Bold, Doto Rounded, Kablammo, Lobster, Nova Mono, Rationale, Silkscreen, Silkscreen Bold, Space Grotesk, Space Grotesk Bold, Train One

Want a different font? Click “Upload your own” and select any TTF or WOFF2 file from your computer.

Geometry

• Spread (0-100) - expands or contracts the shapes
• Invert Depth - flips the extrusion direction
• Invert Mask - cuts the text shape out of a background rectangle

Material

3D text with a different material preset applied, showing how materials change the overall look.

Five presets to choose from:

Preset	Look	Best for
Metallic	Shiny metal surface	Logos, premium branding
Clay / Matte	Soft, non-reflective	Prototypes, clean renders
Plastic	Slight sheen, subtle reflection	Product mockups
Rough Glass	Frosted translucent	Artistic, decorative
Glass	Clear transparent	Special effects, overlays

Or go custom with individual sliders for roughness, metalness, clearcoat, and transmission. You can also override the text color with any custom color.

Environment

Choose how the scene is lit:

• HDRI mode - pick from 5 environment presets: City, Dawn, Forest, Lobby, Studio
• Color mode - set a single light color
• Adjust intensity (0-3)
• Optional bloom effect for a soft glow

Background

Pick any background color. Default is dark (#121212). Reset to default with one click.

View

• Auto-rotate toggle with adjustable speed (0.1-5)

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Export

Two export options, both free:

Format	What you get	Best for
GLB	3D model file with materials	Web viewers, AR, game engines, 3D printing
PNG	Transparent screenshot of the current view	Social media, presentations, marketing

Export buttons appear in the top-right corner of the preview panel.

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Tips

• For 3D printing - use a bold font with thick strokes (Silkscreen Bold, Space Grotesk Bold). Increase depth to at least 5. Export GLB and convert to STL using the Quad Remesh Tool.
• For web/AR - keep curve segments low (4-8) for smaller file sizes. GLB works directly in most web 3D viewers.
• For transparent PNGs - set the background to a dark color, adjust lighting for the look you want, then export as PNG. The background will be transparent.
• Multi-line text - use Shift+Enter to add line breaks. Adjust line height to control spacing.
• Custom branding - upload your brand font (TTF/WOFF2), set your brand colors, and use the metallic or plastic preset for a professional look.

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Use Cases

• Social media headers - create 3D text renders for YouTube thumbnails, Instagram posts, Twitter banners
• Logo mockups - extrude your logo text in 3D with different materials and lighting
• Game UI - generate 3D text for game titles, menus, and HUD elements
• Presentations - add 3D text renders to slides for visual impact
• 3D printing - print custom name plates, signs, and decorative text

Open the 3D Text and Logo Maker

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Frequently Asked Questions

Is the 3D text generator completely free?

Yes, 100% free with no signup, no credits, and no usage limits. The 3D Text tool in 3D AI Studio runs entirely in your browser, so your text never leaves your computer. You can create and export as many GLB or PNG files as you want without paying anything.

Can I use my own custom font for 3D text?

Yes. Click “Upload your own” in the typography settings and select any TTF or WOFF2 font file from your computer. 3D AI Studio’s 3D Text tool renders it instantly in 3D with all the same customization options as the built-in fonts. This is great for brand-specific typography.

How do I export 3D text for 3D printing?

Export as GLB from 3D AI Studio’s 3D Text tool, then convert to STL using a tool like Blender or the Quad Remesh tool on the platform. For best printing results, use a bold font with thick strokes (like Silkscreen Bold or Space Grotesk Bold), set the depth to at least 5, and increase curve segments for smoother letters.

Can I create multi-line 3D text?

Yes. Press Shift+Enter to add line breaks in the text input field. 3D AI Studio’s text tool renders each line in 3D, and you can adjust the line height setting to control spacing between lines. Text alignment (left, center, right) applies to all lines.

What’s the best material preset for logo mockups?

Metallic works best for premium, corporate logo presentations. It catches light beautifully and gives a polished, professional feel. For a softer look, try Clay/Matte in 3D AI Studio’s 3D Text tool. Plastic adds a subtle sheen that works well for playful or consumer brands. You can also go fully custom with individual sliders for roughness, metalness, and clearcoat.

Can I use the GLB file in web-based 3D viewers?

Yes. GLB is the standard format for web 3D and works directly with Three.js, model-viewer, Babylon.js, and most web-based viewers. Export your 3D text from 3D AI Studio, upload the GLB to your server, and embed it in any webpage. Keep curve segments low (4-8) for smaller file sizes that load faster on the web.

3D Relief Generator

Updated May 2026

The Relief Generator turns any photo into a 3D relief sculpture - the kind of raised surface you see on coins, decorative panels, and carved plaques. Upload an image, and AI converts it into a depth map that becomes printable 3D geometry. The output works for 3D printing, CNC milling, and laser engraving.

The Relief Generator landing view with floating example relief sculptures.

Open the 3D Relief Generator

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How It Works

The tool uses a two-stage process:

1. Depth map generation (server-side) - AI analyzes your photo and produces a grayscale height map where bright areas become raised surfaces and dark areas stay flat. This step costs credits.
2. Mesh building (client-side) - Your browser instantly converts that depth map into a 3D mesh you can rotate, adjust, and export. No extra credits needed for tweaking settings.

This means you can regenerate the depth map once and then experiment with dozens of different 3D settings for free.

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Choosing a Depth Style

Before generating, pick a depth style that matches your image:

• Detailed - Best for objects, logos, architecture, and anything with sharp edges or fine surface detail. Preserves crisp lines and small features.
• Organic - Best for portraits, animals, and smooth natural shapes. Produces gentler depth transitions that avoid harsh artifacts on skin and curved surfaces.

If you’re unsure, try Detailed first. Switch to Organic if the result looks too noisy or harsh on smooth areas.

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AI Models

Model	Credits	Max Resolution	Best For
Nano Banana 2	4	2K	General use, fast results
Gemini Edit	4	2K	Fine detail, complex scenes
Nano Banana Pro	6-12	4K	High-res prints, large reliefs

Nano Banana Pro supports 4K resolution but doubles in cost (12 credits) at that setting. For most projects, 1K or 2K at 4 credits is plenty.

The upload panel with AI model picker, depth style options, and resolution settings.

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3D Settings Explained

After generation, you get a live 3D preview with real-time controls. Settings are grouped by function:

Mesh Mode

• Solid - Creates a watertight mesh with a back plate. Use this for 3D printing where your slicer needs a closed volume.
• Planar - Surface only, no back. Use for CNC carving paths or laser engraving files where you just need the relief surface.

Depth Controls

• Depth Intensity (0-0.3) - How tall the relief is. Start around 0.1 for subtle reliefs, go higher for dramatic depth.
• Depth Cutoff (0-95%, planar mode only) - Removes background geometry below a threshold. Useful for isolating a subject from its background.
• Base Thickness (0.01-0.5, solid mode only) - How thick the back plate is. Thicker = stronger print but more material.
• Invert for Mold - Flips the depth so raised areas become recessed. Use this when making casting molds or stamp negatives.

Smoothing and Cleanup

• Smoothing (0-20px) - Blurs the depth map before mesh generation. Removes noise but also softens detail.
• Noise Reduction (0-50) - Targets random speckling without blurring edges as much. Recommended 15-30 for portraits.
• Surface Smoothing (1-10 passes) - Laplacian smoothing applied to the final mesh. Higher passes = smoother polygons.
• Enhance Details (paid only) - Amplifies fine surface detail. Good for architectural elements and text.

Quality and Display

• Mesh Quality (128-1024) - Polygon resolution of the output. Higher values capture more detail but produce larger files.
• Show Texture - Toggles the original image mapped onto the mesh surface.
• Material Presets - 12 options including Matte White PLA, Metallic Bronze, Glossy Resin, Ceramic, and more. These are for preview only and don’t affect the exported file.

A generated relief sculpture displayed in the 3D viewer with adjustable depth and material controls.

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Solid vs Planar Mode

Use Solid when:

• 3D printing (FDM or resin) - slicers need watertight geometry
• Creating standalone decorative pieces
• Making lithophanes (thin relief panels that show images when backlit)

Use Planar when:

• CNC milling - you only need the carving surface, not the stock material
• Laser engraving - flat relief paths without unnecessary underside geometry
• Combining the relief with other 3D models in external software

Another relief example highlighting the depth detail and surface texture of the generated output.

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Export Options

Download your relief in two formats:

• STL - Geometry only. The standard for 3D printing and CNC. Works with every slicer and CAM program.
• OBJ - Includes geometry plus optional texture as a ZIP. Use when you want the original image mapped onto the relief surface.

Export requires a paid plan. Free users can generate and preview reliefs with full 3D controls, but downloading is locked until you upgrade.

The export panel with STL and OBJ download options for 3D printing and CNC use.

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Tips for Best Results

1. High-contrast images work best - Clear separation between subject and background produces cleaner depth maps.
2. Portraits - Use Organic depth style, noise reduction at 20-30, and smoothing at 5-10px. This prevents skin from looking bumpy.
3. Logos and text - Use Detailed depth style with minimal smoothing. Bump up Enhance Details if available.
4. Large prints - Use Nano Banana Pro at 4K and mesh quality 512+. The extra resolution prevents visible stair-stepping on big pieces.
5. Lithophanes - Solid mode, thin base (0.05-0.1), low depth intensity (0.05-0.08). Print in white PLA or resin for best light transmission.
6. Avoid busy backgrounds - Crop your image tight around the subject, or the relief will include unwanted background geometry.

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Common Use Cases

• 3D printed wall art - Turn family photos into framed relief panels
• Lithophanes - Thin relief prints that reveal an image when you hold them up to light
• CNC carvings - Mill decorative panels, signs, or architectural details from wood or aluminum
• Custom gifts - Pet portraits, wedding photos, or logos as physical keepsakes
• Mold making - Use Invert for Mold to create negatives for casting in resin or chocolate
• Laser engraving - Planar mode exports work directly as depth paths for laser engravers

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What’s Next

Ready to make your first relief? Head to the 3D Relief Generator and upload a photo. For full 3D models from images (not just reliefs), check out Image to 3D.

Last updated: May 2026

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Frequently Asked Questions

How much does it cost to generate a 3D relief?

Depth map generation in 3D AI Studio starts at just 4 credits using Nano Banana 2 or Gemini Edit. Nano Banana Pro costs 6 credits at standard resolution and 12 credits at 4K. Once you have the depth map, all 3D mesh adjustments (height, smoothing, resolution, materials) are free since they run in your browser.

Can I make a lithophane with this tool?

Yes, the Relief Generator in 3D AI Studio works great for lithophanes. Use Solid mode with a thin base (0.05-0.1), low depth intensity (0.05-0.08), and export as STL. Print in white PLA or translucent resin for the best effect. When you hold the thin print up to a light source, the image appears through varying thickness.

What image types work best for 3D relief generation?

High-contrast photos with clear separation between subject and background produce the cleanest reliefs. Portraits, logos, architectural shots, and product photos all work well in 3D AI Studio’s Relief Generator. Avoid very dark images, low-contrast scenes, or photos where the subject blends into the background.

Should I use Solid or Planar mode for CNC carving?

Use Planar mode for CNC milling. It generates only the relief surface without a back plate, which matches how CNC carving works - you’re cutting into existing stock material. 3D AI Studio exports the planar mesh as STL, which you can import directly into your CAM software (Fusion 360, VCarve, etc.) as a carving toolpath surface.

Can I create a mold from a relief for resin casting?

Yes. Enable “Invert for Mold” in 3D AI Studio’s Relief Generator before exporting. This flips the depth so raised areas become recessed cavities, giving you a negative you can print and use as a casting mold. Works well for resin, chocolate, soap, and other pourable materials.

What resolution should I use for large 3D prints?

For large prints (over 15cm), use Nano Banana Pro at 4K resolution with mesh quality set to 512 or higher in 3D AI Studio. This prevents visible stair-stepping on the relief surface. The extra resolution costs 12 credits instead of 4, but it’s worth it for pieces where you’ll see fine surface detail up close.