SVG to 3D

Transform Your 2D Designs to 3D Models

Freemium 3D

About SVG to 3D

SVG to 3D is a free, web-based AI-powered tool that seamlessly transforms two-dimensional Scalable Vector Graphics (SVG) files into three-dimensional models. Designed for simplicity and efficiency, the platform allows users to upload their SVG files and instantly convert them into solid 3D objects with customizable depth and detail. Key features include real-time 3D preview, adjustable extrusion depth, and comprehensive beveling controls (amount and segments) to refine the edges of the extruded shapes. Users can also manipulate material properties such as color, metallic, and roughness, as well as lighting intensity and color, to achieve the desired visual aesthetic directly within the browser. The tool supports multiple SVG paths, enabling complex designs to be brought to life in 3D.

Once satisfied with the model, users can download their creations in popular 3D formats including GLB (for web and game engines), STL (ideal for 3D printing), and OBJ (a widely supported format for various 3D software). This versatile tool caters to a broad audience, including 3D artists, game developers, web designers looking to integrate interactive 3D elements, graphic designers seeking to add depth to logos and icons, product designers, and hobbyists interested in 3D printing. Its intuitive interface makes it accessible even for those with limited 3D modeling experience, democratizing the process of creating 3D assets from existing 2D vector art. Whether for rapid prototyping, asset creation, or simply visualizing designs in a new dimension, SVG to 3D offers a powerful yet straightforward solution for converting flat vectors into tangible or digital 3D objects.
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Pros

  • Free to use
  • Web-based
  • no installation required
  • Intuitive and user-friendly interface
  • Real-time 3D preview
  • Multiple output formats (GLB, STL, OBJ)
  • Customizable extrusion
  • bevel
  • material
  • and lighting
  • Supports complex SVG paths
  • Ideal for 3D printing preparation

Cons

  • Limited to extrusion and beveling; not a full-fledged 3D modeling software
  • No advanced sculpting or complex modeling features
  • No information on founders
  • launch year
  • or direct contact email
  • Relies on the quality of the input SVG
  • No cloud saving or project management features

Common Questions

What is SVG to 3D?
SVG to 3D is a free, web-based AI-powered tool designed to transform two-dimensional Scalable Vector Graphics (SVG) files into three-dimensional models. It allows users to convert their 2D designs into solid 3D objects with customizable depth and detail.
How do I use SVG to 3D?
Users can upload their SVG files to the platform, which then instantly converts them into 3D models. These models can be previewed in real-time and customized directly within the browser.
What customization options are available for my 3D models?
You can adjust extrusion depth, comprehensive beveling controls (amount and segments), and manipulate material properties like color, metallic, and roughness. Lighting intensity and color can also be customized to achieve your desired visual aesthetic.
What file formats can I export my 3D models in?
The tool supports multiple output formats for your 3D models. You can export your creations as GLB, STL, or OBJ files.
Is SVG to 3D suitable for 3D printing?
Yes, SVG to 3D is ideal for 3D printing preparation. It allows you to transform 2D designs into solid 3D objects, which can then be exported in formats commonly used for 3D printing.
What are the main advantages of using SVG to 3D?
It is free to use, web-based with no installation required, and features an intuitive interface with real-time 3D preview. The tool also offers extensive customization for extrusion, bevel, material, and lighting, and supports complex SVG paths.
Can I create complex 3D models with this tool?
The tool is primarily limited to extrusion and beveling, transforming 2D SVG paths into 3D objects. While it supports complex SVG paths, it is not a full-fledged 3D modeling software with advanced sculpting or complex modeling features.