Three of these models (Meshy 7, Hyper3D Rodin, Hi3D V3) run as API nodes — generation costs come from your API Wallet. Hunyuan3D 2.0 runs open-source on Floyo's H100 GPUs and uses FloTime GPU credits instead. Floyo gives $1 in free API credits on signup.

All four workflows include a Preview3D node for in-browser 3D model inspection before download. The Hunyuan3D workflow outputs two GLB files: a base mesh and a separately textured mesh with the Flux-upscaled texture applied.

Benchmark 1 · Hard-surface object

Mechanical part with sharp edges + fine detail

Benchmark 2 · Organic character

Full-body character with clothing and accessories

Benchmark 3 · Fine detail object

Intricate object with engraving, thin features, or relief

Benchmark 4 · Product / prop

Everyday object for e-commerce or game environment

Hyper3D Rodin is the best value at $0.40 per run with the fastest generation time. Meshy 7 costs $1.20 per run and Hi3D V3 is the most expensive API model at $2.10 per run. Hunyuan3D 2.0 has no API cost — it runs on Floyo's H100 GPUs and uses FloTime GPU credits instead, making it the cheapest option if you already have GPU time. Floyo gives $1 in free API credits on signup.

The new foundation model built around one standard: the 3D result should match the image you brought.

Meshy 7 released on August 10, 2026 and is built around geometry alignment — how closely the generated shape matches the input image. Official benchmarks report 81.0% on overall proportion, 79.7% on spatial distribution, and 59.8% on surface details, leading the closest competitor by 5.3 points on surface detail. The model uses a multi-scale image encoder with higher-resolution input and training data rebuilt so every sample precisely corresponds to its target geometry.

On Floyo, the Meshy7ImageTo3d node runs in standard mode with 30,000 triangle faces, auto remesh enabled, PBR textures on, and a safety checker. The workflow exposes 16 configurable parameters including topology mode (triangle/quad), target polycount, symmetry mode, art style, pose mode, rigging with height calibration, and animation with 92+ preset actions. It is the most feature-rich single node of the four.

The highest geometric detail and strongest PBR textures of the four. Native 3D generation, not a 2D-to-3D lift.

Rodin Gen-2.5 is the fidelity leader. Built on the CLAY architecture that earned a SIGGRAPH Best Paper Honorable Mention, it is a native 3D diffusion model — not a 2D-to-3D lift. Raw outputs exceed 10 million polygons with sculpt-level micro detail down to skin pore structure. 3D-native texturing produces 360-degree coverage without back-face distortion, with 12K resolution available in beta.

On Floyo, the Hyper3dRodin node is configured at 500K Triangle quality with all PBR materials enabled. It accepts up to two input images plus an optional text prompt for guidance. You can adjust mesh quality from 2K to 500K triangles, switch between quad and triangle topology, toggle T-pose generation for riggable characters, and choose between Faithful and Creative modes. The tradeoff: highest per-model cost and limited in-platform editing — you will likely finish in Blender or ZBrush.

The only fully open-source option. You see and control every step of the pipeline. Runs on Floyo H100 GPUs.

Hunyuan3D 2.0 is fundamentally different from the other three. It is fully open-source (Apache 2.0) by Tencent, with published weights, code, and architecture. The two-stage pipeline separates shape generation (Hunyuan3D-DiT, 2.6B parameters) from texture synthesis (Hunyuan3D-Paint, 1.3B parameters), and every step runs as visible ComfyUI nodes on Floyo's H100 GPUs.

The Floyo workflow is the most complex of the four at 30+ nodes. It chains background removal, image preprocessing, a delight step that removes baked lighting, mesh generation at 100 steps, VAE decoding to triangle mesh, postprocessing (remove floaters, reduce to 100K faces), UV wrapping, multi-view rendering from 6 camera angles, texture baking, vertex inpainting, and optionally a Flux Dev fp8 texture upscale at 2048px. Two GLB files are saved: a base mesh and a textured mesh.

The first commercially available 2048³ voxel resolution model. Fine detail that other tools merge or smooth away.

Hi3D V3.0 launched on August 19, 2026 as the first commercially available model at 2048³ voxel resolution — 2.37x the total voxel count of the previous 1536³ standard. The higher resolution preserves intricate structures that lower-resolution models merge or smooth: layered feathers and scales, lettering and logo edges, mechanical junctions, shallow engraving, and surface relief all come through without manual repair. Textures go up to 8K with a proprietary UV completion algorithm.

On Floyo, the Hi3dV3ImageTo3d node is configured at 2048 resolution quality with textures and PBR both enabled, a 2M face count, GLB export, and 0.5 shading. The workflow is as simple as the other API nodes: LoadImage → Hi3dV3ImageTo3d → ShowText → Preview3D. Hi3D's platform also offers model splitting for 3D printing and multicolor print support.