Img2threejs

Img2threejs is an AI-powered online tool that converts uploaded images into editable Three.js model code, complete with a live 3D preview. It's designed to provide a fast starting point for web-based 3D projects.

The tool uses AI to analyze the visual elements (shapes, colors, composition) in your uploaded reference images and translates them into structured Three.js code, generating geometry, materials, and scene setup automatically.

Yes, the platform provides direct access to the generated JavaScript code in an editable workspace. You can modify geometry parameters, material properties, lighting, and other aspects to fine-tune the model.

Absolutely. Img2threejs includes a live, interactive Three.js preview panel that renders the model in your browser. You can rotate, zoom, and pan to inspect it from all angles.

You can create prototypes for product visualizations, interactive web art, educational 3D diagrams, background assets for games, or any 3D element needed for a website built with Three.js.

The AI interprets 2D images to infer 3D structure, which can be ambiguous. Complex perspectives, lighting, or abstract details in the source image may lead to simplifications or creative interpretations in the 3D output.

While you can generate and preview models without deep knowledge, editing the code effectively or integrating the export into a project requires a basic understanding of Three.js and JavaScript.

Use clear, high-contrast images with well-defined shapes. Front-facing or isometric views work better than extreme perspectives. Providing multiple reference images (up to 3) can also help guide the AI.

Based on the website content, the primary export is the generated Three.js JavaScript code and associated assets for use in a web project, rather than traditional 3D mesh files like .obj or .gltf.

The provided homepage does not display pricing information, suggesting the tool may currently be free to use. However, users should check the website for any future subscription or usage-based pricing plans.