PT3 to SVG Converter

Export PostScript Type 3 font outlines as scalable SVG graphics online

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Infinite Scalability

SVG is vector-based — your PT3 glyphs stay razor-sharp at any zoom level. No pixelation, no quality loss, no matter how large you display them.

Editable Output

Unlike raster formats, SVG preserves the original PT3 outlines as manipulable paths. Edit colors, strokes, and shapes in any vector application.

Web-Native Format

SVG renders directly in browsers without plugins. Embed your converted PT3 glyphs in HTML pages with full CSS styling and animation support.

How to convert PT3 to SVG

1

Select files from Computer, Google Drive, Dropbox, URL or by dragging it on the page.

2

Choose svg or any other format you need as a result (more than 200 formats supported)

3

Let the file convert and you can download your svg file right afterwards

About formats

PT3 (PostScript Type 3) is a font format defined as part of the PostScript language specification, introduced by Adobe Systems in 1984. Unlike Type 1 fonts, which use a restricted subset of PostScript operators optimized for hinting and efficient rendering, Type 3 fonts allow the full PostScript language to describe each glyph. This means glyphs can incorporate graduated fills, grayscale shading, complex path operations, color, and even bitmap images — capabilities impossible within Type 1's constrained charstring interpreter. Adobe originally kept the Type 1 specification secret and proprietary, so third-party type foundries and developers who wanted to create PostScript-compatible fonts had to use the publicly documented Type 3 format during the late 1980s. A notable advantage is creative freedom: because any valid PostScript program can define a glyph, designers can produce decorative, illustrated, and textured letterforms that go far beyond simple outline fills. The format's openness was another practical strength in its era, enabling anyone to create PostScript fonts without licensing Adobe's proprietary hinting technology. However, Type 3 fonts lack the hinting mechanisms that make Type 1 text crisp at small sizes and low resolutions, which limited their use for body text. When Adobe published the Type 1 specification in March 1990, most foundries migrated to the hinted format. Type 3 fonts remain primarily of historical interest, encountered in archived PostScript documents and specialized applications where artistic glyph rendering outweighs the need for screen-optimized hinting.
Developer: Adobe Systems
Initial release: 1984
SVG (Scalable Vector Graphics) is an XML-based vector image format developed by the World Wide Web Consortium (W3C), with the 1.0 specification published as a Recommendation on September 4, 2001. Unlike binary vector formats, SVG describes shapes, paths, text, gradients, filters, and animations in human-readable XML markup that can be authored in a text editor, processed by scripting languages, and styled with CSS. The format supports both vector elements (lines, curves, polygons defined by mathematical coordinates) and embedded raster images, along with interactivity through JavaScript event handling and declarative animations via SMIL or CSS transitions. SVG is natively rendered by all modern web browsers without plugins, making it the standard format for resolution-independent graphics on the web — from icons and logos to interactive data visualizations and animated illustrations. A major advantage is infinite scalability: SVG graphics remain perfectly sharp on any display, from low-DPI monitors to ultra-high-resolution Retina screens, because rendering is computed from geometry rather than pixels. The text-based nature provides another core strength — SVG content is indexable by search engines, accessible to screen readers, and trivially manipulable via the DOM using standard web technologies. The active W3C specification continues to evolve with modern web platform capabilities, maintaining SVG's position as the essential vector format for responsive web design.
Developer: W3C
Initial release: September 4, 2001

Frequently Asked Questions

Why convert PT3 to SVG?

SVG preserves vector outlines at any scale — your PT3 font glyphs become resolution-independent graphics usable in web design, animation, and illustration.

How do I open an SVG file?

Any web browser renders SVG directly. Illustrator, Inkscape, Figma, and Sketch all edit SVG natively. It is also a standard format for web icons and graphics.

Are the vector paths editable after conversion?

Yes. SVG stores paths as XML — you can manipulate individual curves, change colors, adjust sizes, and style them with CSS in any vector editor or text editor.

Can I convert several PT3 fonts to SVG at once?

Absolutely. Upload your PT3 collection in bulk and Convertio outputs separate SVG files for each font — perfect for building a glyph library.

Is there a charge for this?

No. PT3 to SVG conversion is entirely free on Convertio — no account, no watermarks, no limits on vector quality.