Transform Photos into 3D Models in Seconds

SAM 3D-powered single-image 3D reconstruction platform. Join our early access program and be among the first to experience Meta-grade 3D content creation.

Video from Meta AI SAM 3D.View →

Plyxa3D is independently developed and not affiliated with Meta.

Built on Meta SAM 3D Research

Powered by Meta's Segment Anything 3D technology - from cutting-edge research to production-ready platform.

30 Seconds

Generate 3D models from a single image in seconds.

No special equipment or multi-angle photography required. Our AI technology enables rapid prototyping and content creation with fast, automated processing.

How It Works

Upload Your Image

Simply upload a single photo of any object. No special equipment or multi-angle photography required.

2

AI Processing

Our SAM 3D + neural radiance fields pipeline reconstructs the complete 3D geometry in seconds to 5 minutes.

3

Download & Use

Export your SAM 3D reconstruction in any format (OBJ, FBX, GLB, USD) and use it directly in your game engine or application.

Technology Foundation

Built on Meta SAM 3D Research

Plyxa3D leverages Meta AI's SAM 3D models - state-of-the-art research in single-image 3D reconstruction. We've taken these open-source foundations and built an enterprise-grade platform.

SAM 3D Objects

Specialized in reconstructing arbitrary objects from single images. Uses tri-plane NeRF representation with diffusion-based completion for unseen regions.

Core Capabilities

  • Multi-category object reconstruction: furniture, vehicles, props, decorations
  • Automatic backface geometry generation using learned priors from 270K training samples
  • Tri-plane neural implicit representation for efficient 3D encoding
  • Produces watertight meshes with consistent topology via Marching Cubes
Open-source research from Meta AIGitHub

SAM 3D Body

Focused on human body 3D reconstruction. Combines SMPL parametric models with neural radiance fields for anatomically accurate results.

Core Capabilities

  • Full-body reconstruction from single portrait or full-body photo
  • SMPL body model integration for realistic skeletal and muscle structure
  • Pose and shape parameter estimation for animation-ready models
  • Texture projection and PBR material generation for clothed humans
Open-source research from Meta AIGitHub

How SAM 3D Technology Works

Image Encoding

Vision Transformer extracts multi-scale features from input image, capturing both local textures and global geometric structure.

3D Reconstruction

Neural Radiance Fields (NeRF) generates volumetric density and color. Tri-plane representation enables efficient 3D queries for novel view synthesis.

Mesh Generation

Marching Cubes extracts explicit triangle mesh from implicit NeRF. Topology optimization and UV unwrapping prepare for texture baking.

How Plyxa3D Enhances SAM 3D

We've built production-grade infrastructure on top of SAM 3D research, optimizing for speed, quality, and developer experience.

Optimized Processing

Production-optimized inference pipelines. Research models can be slow in unoptimized environments; we deliver fast, reliable performance for production workloads.

Production REST API

Simple HTTP API with async webhooks, batch processing queues, and automatic retries. SDKs for Python, JavaScript, Java, and Go.

Multi-Format Export

7+ export formats (OBJ, FBX, GLB, USD, STL). PBR material generation with albedo, metalness, roughness maps. LOD generation for game engines.

Enterprise Features

99.9% uptime SLA, dedicated support, custom model fine-tuning, and flexible deployment options.

Frequently Asked Questions

Everything you need to know about Plyxa3D and our SAM 3D-powered AI reconstruction platform. Can't find the answer you're looking for? Contact our team.

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Still have questions?

Can't find the answer you're looking for? Our team is here to help with technical questions, integration support, or custom enterprise solutions.