Free online TIF to PES converter

A scanned logo or other artwork may need conversion when an embroidery machine or design program accepts only PES files. The process changes raster pixels into stitch instructions, so it is digitizing rather than a simple image-format rewrite.

What the TIF format is

TIF, also written TIFF, is a raster image format used for scanned artwork, logos, line drawings, and source images for embroidery digitizing. Scanners, Photoshop, GIMP, Affinity Photo, and desktop-publishing applications commonly create TIF files. A TIF stores pixels, colors, resolution, and sometimes transparency or multiple pages; it does not contain stitch paths, thread changes, hoop settings, or machine commands.

What the PES format is

PES is a machine-embroidery design format associated with Brother and Baby Lock equipment and supported by many embroidery applications. A PES file stores stitch coordinates, color-change information, jumps and trims, hoop or design data, and related metadata. Its practical advantage is compatibility with supported embroidery software and machines, but usable output requires embroidery-specific settings such as stitch type, density, underlay, sequencing, and size.

How to convert a TIF file

For a quick conversion, use the built-in converter on 101convert.com:

1. Upload design.tif and choose PES as the output format.
2. Start the conversion and download design.pes. The service can be used free without installing software.
3. Open the result in compatible embroidery software, inspect the stitch simulation, and correct the design before sending it to a machine.

Automatic conversion works best with clean, high-contrast artwork containing large, distinct regions. It can produce poor results from photographs, gradients, textured images, very small lettering, or detailed logos because those features must be simplified into sewable objects.

Manual digitizing with desktop software

For control over stitch quality, open the TIF in a digitizing application such as Ink/Stitch with Inkscape, Brother PE-Design, Hatch Embroidery, or Embird.

1. Crop the artwork and remove unnecessary background areas.
2. Set the intended physical size in millimeters or inches and select the target hoop. Do not use the TIF's screen dimensions as the embroidery size.
3. Trace each region as an embroidery object. Use fill stitches for broad areas, satin columns for suitable borders and lettering, and running stitches for narrow lines.
4. Set stitch angles, spacing, underlay, pull compensation, thread order, trims, and jump handling. Remove details that would create stitches too short for reliable machine operation.
5. Run the stitch simulation and check color changes, overlaps, gaps, stitch count, and objects outside the hoop.
6. Export through the application's PES option, for example File → Export, then reopen the saved design.pes to confirm that the selected PES version and hoop are supported.

Quality and compatibility limits

Pixels cannot be preserved as pixels in PES. The artwork must be interpreted as stitches. Higher TIF resolution can improve tracing of existing edges, but increasing DPI cannot create missing embroidery detail. Photographic shading and gradients usually need redesigned areas, blends, or simplified colors rather than direct conversion.

Inspect and test the design at its final size on similar fabric with the intended stabilizer and thread. Fabric stretch, stitch density, underlay, and pull compensation affect the sewn result. Excessive density can cause puckering, thread breaks, or needle deflection.

PES compatibility varies by machine model and software version. Check the machine's maximum hoop area, supported PES revision, color-change limits, filename rules, and USB-media requirements. If the machine rejects the file, export an older PES version or use the manufacturer's software to write a compatible file.