Convert CDR to PES

A Brother embroidery machine or compatible design application may require a PES file, while the supplied artwork is often a CDR file from CorelDRAW. The conversion must therefore turn editable artwork into stitch instructions, not simply rename the file or export it as an image.

What the CDR format is

CDR is CorelDRAW’s native graphics format. It can contain vector curves, text, fills, outlines, layers, effects, and embedded raster images, and is commonly used for logos, badges, garment artwork, signs, and production artwork supplied by designers.

CDR objects describe how artwork should look; they normally contain no stitch direction, sewing order, density, underlay, pull compensation, trims, hoop limits, or machine-specific commands. Those attributes must be created during embroidery digitizing.

What the PES format is

PES is an embroidery-design format associated with Brother and compatible machines and software. It stores stitch coordinates, color changes, stops, and design information; the exact features and compatibility depend on the PES version and the application that created the file.

PES is useful when the target Brother machine or embroidery program specifically requires it. It can carry multiple thread colors and machine-readable sewing instructions, but it does not guarantee that a design will sew well on every fabric, hoop, or machine.

How to create a PES file

1. Open the CDR in CorelDRAW and save a backup of the original. Convert text to curves with Object → Convert to Curves, remove unnecessary effects, close open shapes, and separate the artwork into logical color regions.
2. Set the intended finished dimensions and simplify details that are too small or narrow for embroidery. Export an SVG with File → Export. SVG is a useful interchange format, but gradients, transparency, clipping paths, effects, and some compound shapes may change during export.
3. Open the SVG in Inkscape with the free, open-source Ink/Stitch extension installed. Set the physical design size and the target hoop before assigning stitches; the SVG’s display scale is not a reliable physical measurement.
4. Convert the artwork into embroidery objects. Use running stitches for outlines and fine details, satin columns for suitable narrow shapes and lettering, and fill stitches for larger regions. Set stitch length, density, underlay, pull compensation, entry and exit points, sewing order, trims, and thread colors.
5. Run Ink/Stitch’s simulation and inspect jumps, trims, short stitches, overlaps, excessive density, and color-change order. Revise the stitch plan rather than relying on the original vector arrangement.
6. Export the design from Ink/Stitch in PES format, selecting a compatible output option when available, and save it under a new filename such as logo.pes. Verify the exported file in the target machine’s software before transferring it.

Ink/Stitch is suitable for manual digitizing and does not automatically turn every CDR or SVG into a production-quality design. Commercial alternatives include Hatch Embroidery Digitizer, Wilcom EmbroideryStudio, and Brother PE-Design. Import the CDR directly only if the specific application supports that version; otherwise use SVG or another supported vector format, then assign embroidery objects and export through the program’s PES output command.

Using online services

CloudConvert and Convertio may provide CDR-to-SVG conversion when their current format lists include those formats. They are useful for producing an intermediate vector file when CorelDRAW is unavailable, but they are not substitutes for digitizing software. A claimed online CDR-to-PES conversion may generate unsuitable stitch order, density, underlay, trims, or hoop settings.

Do not upload confidential client artwork until the service’s retention, privacy, and deletion terms have been checked. Downloaded files should be opened in embroidery software and simulated before they reach a machine.

Quality and compatibility limits

Vector artwork does not automatically produce good embroidery. Small lettering, thin outlines, sharp corners, gradients, shadows, and tightly overlapping areas usually need simplification or manual reconstruction. Satin columns require adequate width, fills require suitable stitch directions and underlay, and details below the fabric’s practical resolution may disappear.

Finalize the physical dimensions before digitizing. Resizing a completed PES file can alter effective density and distort satin columns; resizing the source artwork and regenerating the stitch plan is safer.

Check the target machine’s maximum hoop size, supported PES version, filename rules, thread system, transfer method, and color-change limits. PES compatibility varies among Brother machines and software, so export an older supported version when the target model requires it.

Simulate the complete stitch sequence and sew a sample on the intended fabric with the intended stabilizer, needle, and thread. Stretch, registration, thread tension, stabilizer choice, and pull compensation can require adjustments that are not visible in the CDR artwork.