Start from text, a photo or several views
Meshy 7.1 and Tripo H3.1 expose all three input modes here. Pick one mode, then inspect its controls and default cost.
Find the best AI 3D model generator for your workflow. Compare six specific versions, current Quady3D inputs and credit costs, inspect real model files, and review a test built from one newly generated camera image.
Try Meshy 7.1 or Tripo H3.1 for text, image and multi-view creation. Start with Tripo P2 when editable topology is the priority. Consider Rodin Gen-2.5 for explicit mesh and material choices, Hunyuan3D 3.0 for text or image concepts, and TRELLIS.2 for open image-to-3D evaluation.
Six selected model versions, ordered by workflow rather than a quality score. The full model catalog includes other versions and specialized generators.
Reviewed September 30, 2026Quady3D provides paid access to the models in this shortlist. Recommendations follow documented controls, available Quady3D workflows and inspectable case files.
Meshy 7.1 and Tripo H3.1 expose all three input modes here. Pick one mode, then inspect its controls and default cost.
Consider Tripo P2 for its topology and face-limit controls. Inspect edge flow and deformation before using the mesh for animation.
Inspect Tripo P2 →Inspect Rodin’s mesh and material choices, or TRELLIS.2’s image-based PBR workflow. Check the actual maps and file package for your target.
Use the separate Hunyuan sketch workflow. It has its own settings and quote; review the source guidance before generating.
Inputs and costs below describe the current Quady3D creator. Some model features are unavailable in this creator.
Each model below includes its inputs, controls, cost and case file.
| Model / suggested use | Inputs on Quady3D | Geometry and materials | Default Quady3D cost | Saved case file |
|---|---|---|---|---|
Reference-driven assets with remesh and texture controls | Image →Text →Multi-view → | Standard triangle or quad remesh, target polygon count, geometry resolution and optional PBR maps. | Image: 120 creditsText: 144 creditsMulti-view: 120 credits | GLB caseInspect the actual returned package |
Detail-focused text, image and multi-view drafts | Image →Text →Multi-view → | Geometry and texture quality settings, optional PBR and output-density controls in the creator. | Image: 30 creditsText: 20 creditsMulti-view: 30 credits | GLB caseInspect the actual returned package |
Editable topology and controlled polygon budgets | Image →Text → | Tripo documents native quad topology. Quady3D exposes text and single-image P2 generation with topology and face-limit controls. | Image: 110 creditsText: 110 credits | GLB caseInspect the actual returned package |
Assets needing explicit geometry and material choices | Image →Text → | Rodin Gen-2.5 documents triangle or quad meshes, face-count targets and PBR or shaded material output. | Image: 40 creditsText: 40 credits | GLB caseInspect the actual returned package |
Text or image concepts, with a separate sketch workflow | Image →Text →Sketch (separate workflow) → | Geometry, face-count and PBR options. Sketch-to-3D uses a separate Hunyuan model and settings. | Image: 63 creditsText: 63 credits | GLB caseInspect the actual returned package |
Open image-to-3D evaluation and PBR assets | Image → | Microsoft's image-conditioned model supports PBR surface attributes; Quady3D exposes resolution, texture-size and mesh-budget settings. | Image: 20 credits | GLB caseInspect the actual returned package |
Costs use default settings; changing geometry or textures changes the total. Sketch has its own cost. See Quady3D credit plans.



Both models received this image. Meshy used a 30,000-polygon remesh target; Tripo used native density. Compare their shape and texture at the budget your project needs.
Inspect both GLBs, rear views and recorded settings →These Quady3D examples use different inputs. Open each case to see its source and generated file; they demonstrate workflows rather than a controlled comparison.
Standard triangle or quad remesh, target polygon count, geometry resolution and optional PBR maps.
Before choosing: A remesh target is approximate. Inspect small parts, rear surfaces and UVs; Smart Topology is a separate model type from standard Meshy 7.1.
Geometry and texture quality settings, optional PBR and output-density controls in the creator.
Before choosing: Dense output can need substantial reduction. The new camera sample is 1.39 million triangles; that one file is not a typical-size or speed benchmark.
Tripo documents native quad topology. Quady3D exposes text and single-image P2 generation with topology and face-limit controls.
Before choosing: Inspect edge flow and deformation before rigging. P2 features shown in Tripo Studio, including multi-view and regional Mesh Edit, are not all available in Quady3D.
Rodin Gen-2.5 documents triangle or quad meshes, face-count targets and PBR or shaded material output.
Before choosing: Quady3D offers text and single-image creation for this version. Inspect the complete model and check whether its detail suits your project's performance needs.
Geometry, face-count and PBR options. Sketch-to-3D uses a separate Hunyuan model and settings.
Before choosing: Hunyuan3D 3.0 hosted generation differs from open Hunyuan3D 2.x releases. Check the exact version, hidden surfaces and material response.
Microsoft's image-conditioned model supports PBR surface attributes; Quady3D exposes resolution, texture-size and mesh-budget settings.
Before choosing: One image does not establish the back. Local setup requires suitable GPU hardware and dependencies; hosted Quady3D generation uses paid credits.
Set a triangle and texture budget, inspect UVs and edge flow, then check scale, pivot, collision and engine import. Native quads alone do not prove animation readiness.
Game asset checks →Check closed geometry, wall thickness, thin connections, physical scale and the slicer result. Converting a GLB to STL removes material appearance and does not repair the mesh.
Printing preparation →The saved cases here provide GLB files. Verify the exact formats returned by your generation, embedded textures and PBR maps before export. Check current service terms and rights to the source image for commercial work.
Inspect a model file →This shortlist covers six documented versions with successful case files. Different inputs and budgets do not establish a quality ranking or a cost comparison at equal output quality. There are no measured speed, failure-rate or universal quality scores; cleanup time has not been measured. Browse the full catalog for other models.
Choose by your input, mesh controls, materials and generation cost. Use the table to shortlist a model, inspect its case, then test your own reference at the polygon and texture budget your project needs.
No. This is a curated shortlist of six documented model versions with Quady3D case files. It includes a newly generated shared-input camera test for Meshy and Tripo, while the other examples use different inputs. It does not measure average quality, speed, failure rate or cleanup time across every model.
The table shows Quady3D credits for each input mode at default settings. Defaults can use different geometry and texture budgets, so the figures are starting costs rather than prices for equivalent output quality.
Yes. Verify your email to receive free Quady3D credits and try supported models.
TRELLIS.2 publishes model code and weights under an MIT license, with separate terms for some dependencies. Local use still needs suitable hardware and setup. Hosted generation through Quady3D uses credits. Hunyuan3D 3.0 hosted generation should not be confused with open Hunyuan3D 2.x releases.
The saved cases provide real GLB files, but a preview does not prove production readiness. Games require checks for topology, UVs, materials, scale, pivot and engine import. Printing requires closed geometry, adequate thickness, physical scale and a slicer check. Confirm the exact export files and current commercial terms for the service you use.