Stop struggling with distorted anime faces and blobby hair meshes. Our Hyper3D Rodin Gen-2 engine captures micro-sculpted facial contours, delicate hair strands, and multi-layered costume folds ready for VRChat, Unity, and resin printing.

The Struggle with Generic 3D Generators
Most general-purpose 3D AI models are trained on real-world furniture and everyday clutter, completely failing when dealing with stylized anime anatomy and intricate character aesthetics.
Generic models flatten eye contours and deform facial planes, destroying the charm and soul of original 2D character artwork.
Instead of individual, flowing strands and dynamic bangs, hair geometry is baked into heavy, unriggable blocks.
Garments lack genuine 3D fold geometry, relying on blurry textures rather than sculpted fabric wrinkles.
The Rodin Gen-2 Advantage
Rodin Gen-2 combines high-resolution multi-view triplane transformers specifically tuned on millions of high-end character sculptures.
Preserves delicate eye sockets, nose bridges, lips, and anime chin silhouettes with sub-millimeter precision.
Generates natural hair flow, spiky tufts, and flowing ponytails with distinct depth and clean geometry.
Dresses, coats, capes, and armor pieces possess real sculptural relief, not just surface color textures.
Export clean GLB for Blender rigging or high-density OBJ/STL for UV resin 3D figure printing.
Creation Pipeline
From single illustration to exportable character model in under a minute.
Upload a full-body or bust portrait of your anime character, VTuber design, or game concept art.
Choose the Rodin Gen-2 (Characters & Avatars) option from our engine menu for premier sculpting quality.
Examine facial symmetry, side-profile proportions, and hair silhouette directly in the interactive 3D viewer.
Download as GLB for Unity/Unreal Engine, or export to Blender for automatic weight painting and rigging.
Learn more about character poses, licensing, and 3D printing figurines.
Turn your illustrations into digital avatars, game NPCs, and physical desktop figures.