meshy/meshy-latest

Advanced AI-powered 3D model generator that transforms images into production-ready 3D assets with high-quality textures and multiple export formats including GLB, FBX, USDZ, and OBJ.

$0.4 / request
GPU: H100

Pricing

meshy/

meshy-latest

Pricing for Synexa AI models works differently from other providers. Instead of being billed by time, you are billed by input and output, making pricing more predictable.

Output
$0.4000 / 3d
or
2 3ds / $1

For example, generating 100 3ds should cost around $40.00.

Check out our docs for more information about how per-request pricing works on Synexa.

ProviderPrice ($)Saving (%)
Synexa$0.4000-
meshy$0.40000.0%

Readme

Meshy - AI 3D Model Generator

Meshy is the latest generation 3D model from Meshy AI, capable of generating realistic and production-ready 3D models from a single image input.

Key Features

  • Image to 3D: Transform artwork, images, and photos into detailed 3D models with a single click
  • High-Quality Textures: Generates PBR-ready textures with base color maps
  • Multiple Export Formats: Supports GLB, FBX, USDZ, and OBJ formats for seamless integration into any 3D workflow
  • Production Ready: Output models are suitable for games, AR/VR, film, and other professional applications

How It Works

  1. Upload a reference image (supports JPG, PNG, WebP)
  2. The model analyzes the image and generates a full 3D mesh with textures
  3. Download the result in your preferred format

Output

Each generation produces:

  • 3D model files in GLB, FBX, USDZ, and OBJ formats
  • High-resolution base color texture maps
  • A preview thumbnail image

Use Cases

  • Game Development: Quickly generate 3D assets for games and virtual worlds
  • AR/VR Content: Create 3D objects for augmented and virtual reality experiences
  • E-commerce: Generate 3D product models for online stores
  • Animation & Film: Produce 3D assets for animation and visual effects
  • 3D Printing: Generate models ready for 3D printing workflows

Tips for Best Results

  • Use clear, well-lit images with a single subject
  • Images with simple backgrounds produce cleaner 3D models
  • Front-facing views of objects typically yield the best geometry
  • High-resolution input images produce more detailed output