What is Hyper3D (Rodin)?

Hyper3D, powered by the groundbreaking Rodin AI engine, revolutionizes 3D content creation through advanced machine learning algorithms. This next-generation platform transforms simple inputs into professional-grade 3D assets, enabling rapid development for games, animations, XR experiences, and product visualization. The system excels in both text-to-3D and image-to-3D generation, supporting multi-angle reference processing and hybrid input methods. With customizable output settings from quick prototypes to production-ready assets, Hyper3D seamlessly integrates into existing workflows via its robust API.

Key Features

Advanced AI Generation Engine: Leverage cutting-edge deep learning to produce optimized 3D models with automatic UV mapping and topology optimization.

Multi-Modal Input System: Create from text descriptions, single images, multi-view references, or combined input sources for maximum flexibility.

Scalable Quality Options: Choose from Sketch (rapid prototyping), Regular (production-ready assets), or High Pack (premium 4K textured models) to match your needs.

Industry-Standard Export Formats: Seamlessly export to OBJ, FBX, GLB, USD, and STL formats for universal compatibility.

Integrated Web Editor: Fine-tune generated models with browser-based sculpting tools before final export.

Enterprise-Ready API: Integrate Hyper3D's capabilities directly into your production pipeline with comprehensive API support.

Use Cases

Rapid Prototyping: Accelerate product development with instant 3D visualization from concept art or reference photos.

Game Asset Creation: Streamline game development with AI-powered 3D asset generation for characters, props, and environments.

Digital Entertainment: Generate high-fidelity 3D models for animation and VFX with precise texture and geometry control.

Additive Manufacturing: Create print-ready 3D models in STL format for rapid prototyping and production.

XR Development: Design optimized 3D content for virtual and augmented reality applications with efficient polygon counts and textures.