Image Format Conversion Hub
Convert between raster and vector formats for any production workflow — SVG, DXF, EPS, AI, and PDF output from PNG, JPG, BMP, TIFF, HEIC, and WebP sources. Each section below maps a source format or output target to the exact conversion pages and tools you need, covering web export, print production, CNC and plotter file preparation, and archival compatibility.
This page organizes image format conversion workflows across raster formats, vector formats, production exports, and machine-ready file preparation.
Most-used tool
Logo Vectorizer
Upload any image — PNG, JPG, BMP, WebP, TIFF, or HEIC — and get a clean SVG vector file ready for production.
PNG Conversions
PNG is the most common lossless raster source for vectorization, print export, and format migration. Convert PNG to any vector or production format — SVG, DXF, EPS, AI, PDF, or HPGL — depending on where the file is going.
JPG / JPEG Conversions
JPEG is the standard format for photographs and scanned artwork. Convert JPG files to SVG for scalable output, DXF for machine cutting, EPS or AI for print production, and more — without needing design software.
SVG Output Hub
SVG is the universal production vector format. Convert any raster or legacy vector source directly to SVG — from BMP and WebP to EPS, AI, HEIC, TIFF, and PDF — and get a resolution-independent file ready for any downstream workflow.
SVG Export Hub
Export SVG and vector files into raster or production formats for platforms, print shops, and clients that require a fixed-resolution or widely-supported file. PNG, JPG, WebP, PDF, EPS, and AI are all supported export targets.
Specialty Input Formats
HEIC, TIFF, BMP, and WebP are common in cameras, archival systems, and screen captures. This section covers conversion of these less-common raster sources into SVG or general vector output for production use.
DXF / CNC Format Hub
DXF is the machine exchange format for CNC routers, plasma tables, laser cutters, vinyl plotters, and waterjet systems. Convert any raster or vector source to DXF — or to the specific plotter and cutter file formats each machine expects.
How Image Format Conversion Works
Image format conversion moves a file from one encoding standard to another without requiring the artwork to be rebuilt manually. The correct target format depends on the final destination of the file: SVG for resolution-independent display and production, DXF for CNC and machine cutting, EPS or AI for commercial print and brand workflows, PDF for universal document delivery, and PNG or WebP for web and screen.
Raster-to-vector conversion — turning a PNG, JPG, BMP, TIFF, HEIC, or WebP file into an SVG or DXF — requires auto-tracing. The conversion engine reads pixel color boundaries and reconstructs them as mathematical path data. The output is resolution-independent: it can scale from a favicon to a billboard without any loss of edge sharpness. This step is mandatory for logos, icons, or artwork destined for cutting machines, print production, or embroidery digitizing.
DXF is the machine exchange standard for CNC routers, plasma cutters, laser cutters, vinyl plotters, and waterjet systems. Every CNC workflow begins with converting or exporting a vector source to DXF — the machine reads the path geometry as tool coordinates. Clean, closed paths in the DXF eliminate errors in the cutting sequence.
SVG export goes in the reverse direction — rendering a vector file into a raster format for screen delivery or client handoff. PNG preserves transparency, JPG reduces file size for photography, WebP balances quality and compression for web. The SVG Cleanup tool ensures the source vector is optimised before export, removing redundant nodes, empty groups, and bloated markup.
For a complete view of all conversion workflows, see the Convert Image Hub or the Vectorize Image for Use Cases hub. Explore all available tools on the tools page or return to the homepage.