AI-powered converter that transforms images and text into high-quality 3D printable models
High-fidelity photorealistic AI image generation with natural prompting
Stage
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Founded
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Pricing model
Freemium
Open source
Pricing
Free plan with 15 monthly credits. Pro plan at $19.9/month includes 500 monthly credits and multi-view generation. Max plan at $32.9/month includes 1000 monthly credits. Additional credit packages: 200 credits for $9.9, 400 credits for $16.9, 800 credits for $29.9, 1000 credits for $36.9.
Free and open source
Key features
Convert 2D images to 3D models with AI
Multi-view generation for improved accuracy
Generate high-quality meshes up to 1,500,000 triangles in Pro mode
Export in STL, GLB, and OBJ formats
Interactive 3D viewer for preview and refinement
PBR materials support
Text-to-3D model generation
Multiple output quality modes: Standard, Pro, and Max
Support for JPG, PNG, and WebP formats up to 5MB
High-fidelity skin and eye rendering with fine pores and light reflections
Robust composition coherence for multi-subject scenes and action shots
Baked-in VAE with optimized color tuning
Simple natural language prompting without complex templates
Compatible with ComfyUI, Automatic1111, and Forge
Works with popular SDXL ControlNets and IP-Adapters
Thousands of compatible LoRAs available
Optimized CFG sensitivity for high quality at lower scales
Natural light scattering and structural accuracy
Experimental Catalyst branch for continuous model evolution
What makes it different
AI-powered automatic 3D model generation from 2D images in minutes
Multi-format export for diverse applications
High-fidelity mesh quality with up to 1.5 million triangles
Multi-view support for enhanced accuracy
Text-based 3D generation without image input
Minimal prompting complexity with natural language descriptions instead of complex embeddings
Eliminates artificial AI textures and generic rendering artifacts
Open-source with commercial use permissions
Seamless integration into existing AI image generation workflows
Continuously refined through community feedback and experimental development
Image to STL
CyberRealistic XL