Quady3D

About Quady3D

Quady3D is a browser-based workspace for generating 3D models from various inputs. Users can start with reference images, text descriptions, hand-drawn sketches, or multiple views of the same object. The platform supports multiple AI 3D model families including Rodin, Meshy, Hunyuan3D, Tripo, TRELLIS, Seed3D, and Hi3D, each with different strengths for different workflows.

The generated models can be previewed and inspected directly in the browser before downloading. Available output formats include GLB, OBJ, STL, USDZ, PLY, and 3MF depending on the model and settings. Users can also access professional tools like Rig & Animate, AI Split, and AI Multicolor when unlocked.

Quady3D serves multiple use cases including game asset creation, 3D printing, product visualization, and character design. The platform integrates with popular tools like Blender, Unity, and Roblox for further editing and implementation.

• sketch to 3d
• ai 3d models
• 3d model generation
• text to 3d
• image to 3d

FAQ

What is Quady3D AI?

Quady3D AI, also known as Quady AI, is an AI 3D model generator that accepts images, text, sketches, or multiple views as input. Users can choose a model and settings, preview their result, and download available files.

Can I try Quady3D for free?

Yes. After verifying your email, you receive 30 welcome credits once. Each generation uses credits based on the model and settings. Full AI 3D downloads and professional tools require unlocking through a credit pack or subscription. Welcome credits do not renew monthly.

Which file formats can I download?

A completed job shows the files it produced, such as GLB, OBJ, or STL when available. Formats vary by model and settings.

Can I use generated models commercially?

Commercial use depends on your rights to the source images or prompts and the terms of the model used. You should check those terms before publishing, selling, or sharing a result.

Are AI-generated models ready for games or 3D printing?

Treat the result as a starting point. A single image cannot show every hidden surface, and small details or textures may need editing. Games may need simpler geometry or rigging; printing needs checks for gaps, thin parts, and scale.