Free online CDR to DST converter

CorelDRAW creates artwork, while an embroidery machine usually requires a stitch file such as Tajima .DST. The conversion is needed when a logo, lettering, or other CDR design must be digitized for sewing; it is not a direct change of file container.

What the CDR format is

.CDR is CorelDRAW's native, primarily vector-based format. It can contain paths, fills, text, outlines, transparencies, and effects for logos, signage, illustrations, and print layouts. A CDR describes the visual appearance of artwork; it does not contain stitch density, needle movement, underlay, pull compensation, thread order, or machine trims.

Before export, open the file in CorelDRAW, check its dimensions, remove unsupported effects, and convert text to curves with Object → Convert to Curves. Keep a copy with editable text and effects, because converting to curves and simplifying artwork can make later design changes harder.

What the DST format is

.DST is the widely supported Tajima embroidery machine format. It stores compact coordinate records and machine commands for stitches, jumps, color changes, and the end of the design. Exact trim handling depends on the software and machine interpretation; a DST file is not a rich object-based embroidery project.

DST is useful for transferring a finished design between many commercial and home embroidery systems, but it has limited color information and does not preserve the original vector objects. The machine or embroidery software may therefore show generic thread colors. Save an editable embroidery project in a native format such as Wilcom .EMB, Hatch .EMB, or another format supported by the digitizing application before exporting DST.

How to convert CDR to DST

Professional workflow with Wilcom EmbroideryStudio or Hatch

1. Inspect the CDR in CorelDRAW. Convert lettering to curves, close or repair open paths where necessary, remove transparencies and effects that cannot be embroidered, and simplify overlapping shapes.
2. Import the artwork into Wilcom EmbroideryStudio or Hatch if the installed version supports the CDR variant. If it does not, export from CorelDRAW through File → Export as .SVG, .AI, or another vector format accepted by the embroidery software. Inspect the imported artwork because gradients, clipping, transparency, and effects can change during export.
3. Create a new embroidery design and set the finished size, fabric type, hoop, thread chart, and machine constraints. Artwork dimensions alone do not determine suitable stitch settings.
4. Digitize the artwork into embroidery objects. Use satin columns for suitable borders and narrow raised areas, fill or tatami stitches for broad shapes, and running stitches for thin lines. Automatic conversion can provide a starting point, but it does not reliably choose sewing order or stitch structure.
5. Set stitch direction, density, underlay, pull compensation, stitch length, tie-ins, tie-offs, and color-change order. These settings depend on fabric, stabilizer, thread, needle, and design size.
6. Simulate the sewing sequence and inspect jumps, short stitches, gaps, excessive density, small lettering, and areas where one object may cover another incorrectly.
7. Save the native project, then use the application's machine-file export command, commonly File → Export Machine File or File → Save As, select DST, and confirm the hoop and machine settings.
8. Transfer the DST through the machine's supported USB, network, or memory-card method. Sew a sample on the intended fabric before production.

Wilcom EmbroideryStudio is aimed at commercial digitizing, while Hatch is commonly used for home and small-business work. Menu names and supported import formats vary by edition, so the application's format list takes precedence over a generic conversion procedure.

Free workflow with Inkscape and Ink/Stitch

1. In CorelDRAW, convert text to curves and export the artwork as .SVG. SVG generally transfers paths more predictably than attempting to process a CDR file directly.
2. Open the SVG in Inkscape with the Ink/Stitch extension installed. Check scale, path direction, closed shapes, and overlapping objects after import.
3. Assign Ink/Stitch embroidery objects and choose running, satin, or fill stitches. Set stitch length, density, underlay, pull compensation, order, and thread changes manually.
4. Use Extensions → Ink/Stitch → Visualize and Export to simulate the design, correct sewing problems, and export .DST.

Ink/Stitch is free, but importing an SVG does not create a sewable design automatically. The paths still require digitizing and fabric-specific parameter adjustments.

Online conversion and digitizing services

Generic browser converters such as ordinary CDR format converters can change a CDR into SVG or another vector format, but they cannot infer stitch types, sewing order, underlay, pull compensation, or fabric settings. A DST produced by an automatic file converter may open on a machine yet sew with broken details, excessive density, or damaging jumps.

For browser-based processing, use a commercial embroidery digitizing service that explicitly accepts artwork and delivers DST, rather than a service that merely claims to change the file extension. Provide the finished size, hoop, fabric, stabilizer, machine brand, thread chart, and a reference image; require a stitch preview or sew-out review. Check the provider's privacy terms before uploading an unpublished logo or other confidential artwork.

Quality and compatibility limits

Check the exported file's hoop dimensions, stitch count, maximum stitch and jump lengths, color-change sequence, trim behavior, and machine-specific transfer requirements. Some machines require a particular filename convention, storage medium, or DST variant; the machine manual and embroidery software determine those requirements.

Print graphics often contain detail that embroidery cannot reproduce. Small text, narrow gaps, sharp corners, gradients, transparencies, and very thin outlines may need larger dimensions, fewer colors, heavier outlines, or a different stitch treatment. Always compare the simulated design with a test sew-out, because fabric stretch, stabilizer, thread tension, and stitch direction can change the result even when the DST file is technically valid.