VberAI Studio: Text-to-3D & Image-to-3D — GLB, Rigging, Unity Export

VberAI Studio now supports AI 3D model generation: image-to-3D (photo / picture to 3D) and text-to-3D. Pick models such as Meshy 7.1, Tripo H3.1 / P2, and Tencent Hunyuan3D 3.1 Pro / V3, export GLB / FBX / USDZ, then keep working on the same 3D canvas—rigging & animation, retexture, topology cleanup, 3D workbench previews (materials, lighting, render style, components), still frames, 4- / 8-view renders, sequence frames, model export, and game engine handoff. Not “download a GLB and stop.”

Start here: VberAI Studio (free trial available). Pairs with AI image generation, UI split to engine, and sequence frames / video.

Spec	Detail
Product	VberAI Studio
Modes	Image-to-3D (photo to 3D) · Text-to-3D
Models	Meshy 7.1 · Tripo H3.1 / P2 · Hunyuan3D 3.1 Pro / V3 (Image / Multi-image / Text)
Mesh	Standard · Low poly · Smart topology
Topology	Quads · Triangles
Formats	GLB · FBX · USDZ
Materials	PBR · texture prompts · texture reference images
After generate	3D workbench · renders · export · engine
Use cases	Games · 3D printing · animation · interiors · e-commerce · education

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Why 3D belongs on the Studio canvas

Many AI 3D model generators end at: prompt or image → download GLB / STL. Teams still need retopo, PBR fixes, rigging, turnarounds, sequence renders, and Unity / Unreal / Godot / Cocos import.

VberAI Studio keeps text-to-3D / image-to-3D on the same editable workbench as 2D gen and UI slicing: post-gen AI tools, 3D workbench tuning, then export.

Stage	Download-only tools	VberAI Studio
Input	Single image or prompt	Front + texture refs (image); text + optional texture ref (text)
Mesh	One default	Standard / low poly / smart topology; quads or tris
Output	GLB, etc.	GLB / FBX / USDZ
After	Done	Rig · retexture · retopo · renders · engine

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Two generation modes

3D generation in Studio has two entries: image-to-3D from reference art, text-to-3D from prompts. Both share mesh, topology, PBR, and GLB/FBX/USDZ options; differences are mostly inputs and text-only generation mode / expanded prompt.

Compare	Image-to-3D	Text-to-3D
Input	Front reference; optional texture ref, multi-image	Text prompt; optional texture ref
Unique options	Multi image to 3D	Clay / full model preview; expanded prompt
Typical start	Existing art, product photo	No 2D art yet—quick form study

Image-to-3D

Best when you have concept art, product photos, character sheets, or interior object shots and need a preview mesh for engine, marketing, or print prep.

References

• Front reference — silhouette and proportions (single-view image-to-3D).
• Texture reference — color and material cues (shape and color split).
• Multi image to 3D — Meshy 7.1 Multi, Tripo H3.1 Multi, etc. for symmetry and fewer “hallucinated backs.”

Mesh, topology, resolution

Option	When to use
Standard mesh	General balance of detail and poly count
Low poly	Mobile, VR, real-time game-ready blockouts
Smart topology	Cleaner structure before retopo or rigging
Quads	DCC-friendly editing
Triangles	Engine/mobile-friendly pipelines
Geo resolution: Standard / 2K / 4K	Higher geometric detail; print or hero shots (cost/time vary by settings)

Texture, PBR, pose

• Texture description — metal, fabric, wear beyond the reference image.
• PBR materials — for engine lighting; disable for clay preview.
• Symmetry — characters, furniture, symmetric props.
• Retopology — at gen time or via optimize topology after.
• Pose: A / T / unspecified — prep for rigging & animation.

Image-to-3D models

• Meshy 7.1 — Image to 3D / Multi image to 3D
• Tripo H3.1 — Image to 3D / Multi image to 3D
• Tripo P2 — Image to 3D
• Hunyuan3D 3.1 Pro — Image to 3D
• Hunyuan3D V3 — Image to 3D

Output

GLB, FBX, USDZ. For 3D printing, convert to STL in a DCC/slicer after mesh repair (see Use cases below).

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Text-to-3D

Best for props, furniture, simple characters, and classroom demos when you start from words, not drawings.

Inputs and modes

• Text prompt — subject, style, intent (e.g. the living room panoramic example above, or “low-poly mobile chest, PBR metal lock”).
• Texture reference (optional) — lock palette and material direction.
• Generation mode
  • Clay / white-model preview — validate volume first.
  • Full model — textured + PBR in one pass.

Shared controls

Mesh type (standard / low poly / smart topology), topology (quads / tris), texture description, symmetry, retopology, A / T / unspecified pose, geo resolution (standard / 2K / 4K).

Text-only extras:

• Expanded prompt — auto-enrich short prompts so the model guesses less.

Text-to-3D models

• Meshy 7.1 — Text to 3D
• Hunyuan3D 3.1 Pro — Text to 3D
• Hunyuan3D V3 — Text to 3D

Output

GLB / FBX / USDZ.

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After generation: 3D workbench & AI edits

On the VberAI canvas:

Tool	Typical use
Rigging & animation	Quick bind/preview before DCC/engine
Retexture	Style swaps, PBR alignment
Optimize topology	Game-ready cleanup
3D workbench	Materials, lighting, render style, components
Render current frame	Marketing stills, homework screenshots
4-view / 8-view renders	E-commerce turnarounds, model sheets
Sequence frame render	Turntable-style clips (complements game sequence frames)
Export model	GLB / FBX / USDZ to DCC or slicer
Export to game engine	Unity / Godot / Cocos export paths

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Use cases

Scenario	Suggested path	Acceptance
Game development	Image-to-3D + low poly/smart topo + PBR → retopo → engine	Poly budget, textures, clean import
3D printing	Image-to-3D + higher geo res → export → watertight fix → STL	Wall thickness, supports; AI meshes often need manual fix
3D animation	Text/image + T/A pose → rig → sequence or FBX to DCC	Professional weight painting still manual
Interior design	Text-to-3D or single photo + 8-view renders	Style/proportion; not CAD-precision
E-commerce	Image-to-3D + texture ref + PBR + 8-view	Color match vs. physical SKU
Classroom	Text-to-3D clay → full model → still render	Concept demos; check school AI policy

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Picking a model (quick)

Goal	Try first
English prompts, fast props	Meshy 7.1 (Text / Image / Multi)
Multi-photo hard-surface	Tripo H3.1 Multi image to 3D
Tripo P2 pipeline	Tripo P2 Image to 3D
Complex forms / CN ecosystem	Hunyuan3D 3.1 Pro / V3

Compare silhouettes in the 3D workbench before final export. Credits and timing vary by model and settings.

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Workflow (summary)

1. Open VberAI Studio → 3D generation (text or image).
2. Add front / texture references or text + optional texture ref.
3. Set mesh, topology, geo resolution, pose, PBR as needed.
4. Choose Meshy / Tripo / Hunyuan3D entry and GLB / FBX / USDZ.
5. Rig, retexture, retopo; tune in 3D workbench.
6. Render still / 4–8 views / sequence, or export model / engine.

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Limits

• Great for prototypes, placeholders, marketing, teaching—not AAA hero assets without DCC pass.
• 3D printing: always repair mesh before STL; verify in slicer.
• Model list and quotas change—see VberAI Studio for the latest options.
• With AI images: build multi-view boards first, then Multi image to 3D for consistency.

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Takeaway

Text-to-3D / image-to-3D gets you to a preview mesh; VberAI Studio keeps you inside a team pipeline—PBR, retopo, 3D animation and motion library, rigging, renders, GLB/FBX/USDZ, 3D printing (STL), and engine export on one canvas for games, print, animation, interiors, commerce, and classrooms.

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FAQ

Does VberAI Studio support text-to-3D and image-to-3D?
Yes. Image mode supports front and texture references; text mode supports clay preview and full model.

Which AI 3D models are available?
Meshy 7.1, Tripo H3.1 / P2, Hunyuan3D 3.1 Pro / V3 Image / Multi / Text entries—list updates over time.

Can I export GLB and FBX?
Yes, plus USDZ for AR. Check scale and axis in engine/DCC.

Image-to-3D vs text-to-3D?
Image: picture / photo to 3D with reference art or photos (incl. multi-view). Text: you start from language only.

Is there a free trial?
Yes. VberAI Studio offers a free trial. Sign up at Studio to try AI 3D generation and post-gen editing.

How long does AI 3D generation take?
Depends on model, mesh settings, and resolution.

Low poly vs smart topology?
Real-time games → low poly; DCC edit → quads + smart topology; mobile hard-surface → tris often fine.

Rigging and sequence renders after gen?
Studio includes rigging & animation and sequence frame render in the 3D workbench; ship-grade animation still needs DCC/engine QA. For 3D animation clips, see the next question.

Can I generate 3D video or 3D animation?
Yes. After the model is on canvas, open rigging & animation: rig characters (or rig-capable assets), pick from over 100 built-in motions, preview in the 3D workbench, then use sequence frame render or Studio video / sequence export for 3D animation clips. Editorial cuts, lip-sync, and polish still belong in DCC or your engine.

Why not use Meshy/Tripo/Hunyuan sites alone?
Studio adds post-gen edit, rendering, and game engine export on the same canvas as 2D gen and UI tools.

OK for 3D printing?
Good for prototypes and display models; repair watertight mesh and export STL before slicing.