Convert EXP to SVG Free Online

Embroidery files (.exp) are hardware-specific instruction files that dictate physical needle coordinates for sewing machines. Outside of embroidery software, these files cannot be opened by craft cutting machines, vinyl cutters, laser software (LightBurn), or graphic design programs. Many crafters and businesses own beloved embroidery motifs that they wish to draw with fabric markers on quilt blocks using a Cricut pen, cut out of heat-transfer vinyl (HTV) for quick t-shirts, or engrave onto leather and wood. Converting stitch files to .svg bridges the divide between embroidery and multi-discipline crafting, translating individual needle points into continuous, clean Bézier vector curves with zero pixelation at any scale. Furthermore, vectorization unlocks full design re-editing, allowing graphic designers to recolor, deform, combine, and scale artwork without being constrained by fixed machine stitch density limits.

ConvertStitch transforms raw machine stitch vectors into production-ready SVG through a four-stage vectorization pipeline: 1. Thread Run Disassembly: The engine reads every sequential needle point in the EXP file. Stitches occurring between jump or trim commands are connected into continuous SVG path strings ('M x y L x y...'). 2. Layer Separation by Thread Index: In physical embroidery, designs are sewn color-by-color. ConvertStitch groups paths sharing the same thread color into distinct SVG group tags (<g id="thread-color-X" stroke="#HEX">). This allows vinyl crafters to easily isolate, hide, or cut color layers individually on cutting mats. 3. Millimeter ViewBox Calibration: Embroidery designs exist in real-world metric dimensions (millimeters). Our exporter defines the SVG viewBox using exact millimeter units (e.g. viewBox="0 0 100 100" width="100mm" height="100mm"), ensuring that when imported into Cricut Design Space or LightBurn, the design imports at 100% true physical scale without manual resizing. 4. Redundant Knot Decimation: Stationary lock stitches at the start and end of thread runs are algorithmically simplified so cutting plotters do not repeatedly pierce the same vinyl coordinate.

Each thread color from your EXP embroidery file is translated into a dedicated vector layer styled with the corresponding hex color code. In cutter software like Cricut Design Space or Silhouette Studio, each color layer can be assigned to different colored vinyl rolls or varying cutting blades. For laser engravers, color layers allow operators to assign different power and speed settings (e.g. low-power score lines for detail and high-power cuts for perimeter cutouts).

In traditional machine embroidery, scaling a stitch file by more than 15% to 20% causes severe quality degradation: scaling up spreads stitches too far apart creating bald spots, while scaling down causes needle jams and thread knots. Once converted to SVG vectors, however, the geometric paths can be scaled infinitely—from a 1-inch keychain decal to a 10-foot outdoor vinyl banner—with mathematical precision, razor-sharp edges, and zero loss in fidelity.