Seed3D

AI-Powered Image-to-3D Conversion

Utilizes AI to convert uploaded 2D images into detailed 3D models, automatically reconstructing geometry and applying textures for immediate asset creation.

Production-Ready Asset Generation

Delivers optimized meshes with physically based rendering (PBR) materials, ensuring models are clean and immediately usable in games, visualizations, or AR/VR without manual cleanup.

Multi-Format Export Support

Exports generated 3D assets in industry-standard formats such as FBX, OBJ, GLTF, and USD, allowing seamless integration into diverse 3D software and engine pipelines.

Rapid Model Generation

Processes images and outputs 3D models within seconds, significantly accelerating asset production timelines for prototyping, development, and creative workflows.

• Game developers: Accelerate game asset production by converting concept art into production-ready 3D models with PBR textures.
• Architectural visualizers: Quickly generate detailed 3D building components from reference photos for visualization projects.
• AR application developers: Create optimized 3D assets for immersive experiences via multi-format export options.
• Product designers: Transform product photography into high-fidelity 3D models for marketing materials and prototyping.
• 3D artists: Reduce modeling time by generating physics-ready 3D meshes from single image uploads.

How does image-to-3D generation work?

Seed3D's image-to-3D generation leverages advanced neural networks to analyze a user-uploaded 2D image and reconstruct a detailed 3D model. The process follows three steps: uploading a clear image, AI processing to generate geometry and textures, and downloading the final asset. This technology ensures accurate depth perception and material reconstruction for production-ready outputs.

Can I use generated 3D assets commercially?

Commercial usage rights are determined by the subscription plan. The Starter plan lacks a commercial license, restricting use to personal or non-commercial projects. Both Pro and Studio plans include commercial licenses, permitting use in commercial products, games, and client work. Users must adhere to the specific license terms associated with their chosen plan.

What 3D formats are supported?

Seed3D exports to industry-standard 3D formats, with access varying by subscription tier. The Starter plan supports OBJ and FBX. Pro and Studio plans add GLTF and USD formats, ensuring broad compatibility with 3D software, game engines, and AR/VR applications. All supported formats include physically based rendering (PBR) textures where applicable.

How long does it take to generate a 3D model?

Generation time is typically measured in seconds due to optimized AI processing. Standard processing on the Starter plan may experience delays during high demand, while Pro and Studio plans offer priority and fastest processing respectively. Actual duration depends on image complexity and server load, but the platform is engineered for rapid asset creation.

Is there a refund policy?

Seed3D maintains a refund policy detailed on its Refund Policy page. The policy specifies conditions for refunds, such as within a defined period after purchase if the service fails to meet expectations. Users should consult the full terms on the policy page for eligibility criteria and refund request procedures.

How does the credit system work on Seed3D?

Seed3D employs a credit-based system where each 3D generation consumes credits. Generating a model with the Hunyuan 3D AI model costs 15 credits per image. Annual credit allocations differ by plan: Starter provides 4,800 credits, Pro offers 9,600, and Studio includes 24,000 credits. Credits reset each billing year and do not accumulate or roll over.

What are the differences in 3D model quality between the Starter, Pro, and Studio plans?

Quality tiers are distinguished by polygon count and texture resolution. The Starter plan produces models up to 10,000 polygons with standard-quality textures. The Pro plan supports up to 50,000 polygons and includes 4K PBR textures. The Studio plan allows up to 100,000 polygons and 8K PBR textures, delivering higher fidelity for professional production requirements.

What are the system requirements for using Seed3D?

As a cloud-based web application, Seed3D requires only a modern web browser and a stable internet connection. It is compatible with recent versions of Chrome, Firefox, Safari, and Edge on desktop and laptop operating systems. No local hardware acceleration or software installation is necessary, as all processing occurs on Seed3D's remote servers.

Does Seed3D offer a free trial or free tier?

Seed3D does not provide a permanent free tier. Full access requires a paid subscription, starting with the Starter plan. New users may evaluate the service through any paid subscription, and the refund policy allows for reimbursement under specified conditions if the platform does not satisfy their needs. Detailed information is available on the pricing and refund policy pages.

Can I process multiple images at once with Seed3D?

Batch processing is a feature exclusive to the Studio plan, enabling concurrent generation of multiple 3D models from separate images. The Starter and Pro plans are limited to single-image generation per operation. Users requiring efficient bulk asset creation should consider the Studio plan for its batch processing capability and higher credit allowance.

Seed3D is an AI-powered image-to-3D generation platform that converts single photographs into detailed, production-ready 3D assets. It employs advanced neural networks for accurate 3D reconstruction, offering multi-format export options like FBX, OBJ, GLTF, and USD for diverse applications in gaming, AR/VR, and visualization.

• Navigate to the Seed3D website and access the image-to-3D tool interface after logging into your account. Verify credit availability based on your subscription plan.
• Upload a clear, high-resolution image with the target object prominently featured. Good lighting and minimal background clutter enhance AI reconstruction accuracy for geometry.
• Optionally, provide a text prompt to specify aesthetic details, pose, or material properties, guiding the AI towards customized 3D model generation outcomes.
• Confirm the credit deduction for the generation, which depends on quality settings, then activate the process. The AI begins analyzing the image data immediately.
• Wait for the neural networks to process the input; generation typically completes within seconds. The system outputs a textured 3D model with reconstructed surfaces.
• Examine the generated 3D asset using the interactive preview. Assess mesh cleanliness, texture resolution, and proportional accuracy for suitability in your project.
• Select an appropriate export format, such as GLTF for web deployment or FBX for game engines, and download the asset package including PBR materials.
• Import the 3D model into your software pipeline, like Blender or Unity. The optimized files are ready for direct integration into scenes, animations, or simulations.

Interpret the results by scrutinizing the preview for topological errors or texture artifacts. Production-ready outputs should exhibit manifold geometry and photorealistic PBR maps. Utilize the downloaded assets without additional modeling, though minor edits may be needed for specific workflows. Track credit consumption to budget for sustained 3D asset creation across projects.