Image to 3D Model

Transform images into high-quality 3D models for games, AR/VR, and visualization.

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How to Use Image to 3D for 3D Printing

1

Upload Reference Imagery

Upload a clear, high-resolution photo or digital illustration of the object you wish to print. Ensure even lighting for the most accurate depth estimation.

2

AI Geometric Reconstruction

Our advanced neural networks process the image, calculating depth maps and structural orientation to build a comprehensive 3D representation of your subject.

3

Export and Slice

Download your generated model in industry-standard formats. Import the file directly into your preferred slicing software to prepare it for your 3D printer.

Why Use Image to 3D for 3D Printing

Rapid Prototyping Speed

Reduce your design cycle from days to minutes. By converting reference photos directly into 3D meshes, you can move from a concept sketch to a physical print in a fraction of the time.

Watertight Mesh Generation

Our AI is trained to understand volume and topology, ensuring the generated models have closed manifolds and consistent surfaces that are optimized for FDM, SLA, and SLS printing.

Lower Barrier to Entry

Democratize manufacturing within your organization by allowing team members without extensive CAD experience to generate 3D-printable assets using simple 2D imagery.

Cost-Effective Iteration

At only 80 credits per image, you can explore multiple design variations and structural concepts without the high overhead costs of outsourcing professional 3D modeling services.

Frequently Asked Questions

Sirv AI Studio exports high-quality meshes in formats compatible with all major slicing software, ensuring a seamless transition from our cloud to your printer.

Each successful Image to 3D conversion costs 80 credits, providing a professional-grade model ready for refinement or direct printing.

While the AI excels at organic shapes and general forms, it is highly effective for generating base geometries for mechanical components that can then be refined for precise tolerances.