HomeImage to ImageVectorizer AI
Vectorizer AI

Vectorizer AI

Convert PNG, JPG to SVG vectors online

AI image conversionRaster to vectorScalable SVG vectors
Visit Website

Introduction

Vectorizer.AI is an online platform that automatically converts PNG and JPG images to SVG vectors using AI technology. It traces pixels to vectors in full color, providing high-quality and fully scalable results. The platform is suitable for various design and printing applications, offering a range of output formats, such as SVG, PDF, EPS, and DXF.

Key Features

AI-based conversion of PNG and JPG images to scalable SVG vectors

Support for multiple output formats including SVG, PDF, EPS, and DXF

High-performance and efficient processing using deep learning networks

Frequently Asked Questions

What is Vectorizer AI?

Vectorizer.AI is an online platform that automatically converts PNG and JPG images to SVG vectors using AI technology. It traces pixels to vectors in full color, providing high-quality and fully scalable results. The platform is suitable for various design and printing applications, offering a range of output formats, such as SVG, PDF, EPS, and DXF.

How to use Vectorizer AI?

To convert images to SVG vectors, simply pick a bitmap image, such as a JPEG or PNG, and drag and drop it onto the platform. The AI analyzes, processes, and converts the image into geometric shapes. Users can then inspect an interactive preview of the result and download it in their preferred format.

What types of input images does Vectorizer.AI support?

Vectorizer.AI currently supports JPEG, PNG, WEBP, BMP, and GIF as input formats for image conversion.

What makes Vectorizer.AI's AI different from other tools?

Vectorizer.AI utilizes deep learning models and proprietary computational geometry frameworks to achieve automated edits, localized optimizations, and full shape fitting, resulting in high-quality and consistent vector outputs.

Can Vectorizer.AI vectorize AI-generated images?

Yes, Vectorizer.AI's algorithm works well on AI-generated images, as it is capable of handling a diverse range of input images effectively.

Use Cases

  • Convert rasterized images into high-quality vectors for printed graphics and web graphics
  • Produce vectors suitable for laser engraving, vinyl cutting, and screen printing applications

How to Use