Gear Embroidery Design: Industrial Cog Wheel Machine Embroidery File

The Gear embroidery design is a single-color industrial symbol composition featuring a classic cog wheel rendered in dark charcoal-brown satin fill with an open circular hub at the center, built from a broad annular ring body and twelve evenly spaced rectangular teeth around the outer perimeter, all worked in a single dense fill with a satin stitch outline border that defines the gear silhouette and the inner hub circle. The design functions as a clean, versatile technical emblem suitable for placement on workwear, caps, tech accessories, and industrial-themed garments. Total stitch count is 2,662 stitches.

What distinguishes this design from other geometric or symbol embroidery files in a technical collection is the requirement for uniform tooth spacing and consistent tooth geometry around the full circumference of a circular form at under 1.6 inches. Unlike a decorative motif where minor asymmetry is visually acceptable, a gear symbol depends on precise rotational regularity for its recognition as a mechanical object. Any variation in tooth width, tooth height, or inter-tooth gap spacing around the perimeter would make the design read as an irregular organic shape rather than a precision mechanical component.

Design Details

The gear body consists of a broad annular ring fill in dark charcoal-brown, forming the main disc of the cog between the outer tooth bases and the inner hub boundary. The fill across the ring body uses a diagonal satin stitch direction that creates a consistent textured surface across the full ring width. Around the outer edge of the ring, twelve rectangular teeth project outward at evenly spaced intervals, each tooth being a short flat-topped rectangular fill with squared corners and matching width. The gaps between adjacent teeth are clean unstitched spaces where the background fabric shows through, creating the characteristic notched silhouette of a gear wheel.

At the center of the composition, a clean circular hub opening is left unstitched, with the inner edge of the ring defined by a satin stitch outline border that follows the circle circumference. The same satin outline treatment is applied to the outer perimeter of the gear, running continuously around the tooth tops, the tooth sides, and the gap bases to give the full gear silhouette a clean, defined edge. The combination of the filled ring body with the outlined silhouette and the open center hub produces a graphic that reads clearly as a mechanical gear at this compact scale.

Size Guide

Formats Included

• PES, PEC — Brother, Baby Lock, Bernina
• DST, DSB — Tajima
• JEF, SEW — Janome, Elna
• VP3, VIP, SHV, HUS — Husqvarna Viking
• PCS, PCQ, PCD — Pfaff
• XXX — Singer
• ART — Bernina software
• 000 — Singer/generic
• 100 — Toyota
• CND — Melco/Conde
• CSD — Singer/POEM
• DGT — Barudan
• DSZ — Tajima older
• EMD — Elna
• EXP — Melco/Bernina
• INF — design info

Digitizing Quality

The primary technical challenge in this design is maintaining rotationally consistent tooth geometry across all twelve teeth at under 1.6 inches total size. Each tooth must be identical in width, height, and corner squareness, and the gap between adjacent teeth must be uniform around the full perimeter. At this scale, the individual teeth are very small rectangular fills where any variation in boundary path placement between teeth is immediately visible as an irregularity in the gear silhouette. The tooth fills are constructed from a standardized rectangular path that is positioned at precise angular intervals around the ring body.

The open circular hub at the center requires the ring body fill to terminate cleanly at a circular inner boundary without any fill stitches crossing into the open center. The circular hub boundary is the most geometrically precise element in the design, as any deviation from a true circle at the inner edge would read as an oval or irregular void rather than a clean mechanical hub opening. Pull compensation for the ring fill is set to draw inward toward the outer perimeter rather than toward the hub, so the inner boundary remains as close to its intended circular path as possible after fabric pull is accounted for.

The continuous satin outline stitch that runs around the full gear perimeter, including the twelve tooth tops and the gaps between them, must maintain consistent stitch width and smooth direction changes at every tooth corner. At the sharp right-angle corners where the tooth sides meet the tooth top and where the tooth sides meet the gap base, the outline stitch must pivot cleanly without creating a loose corner loop or a compressed dense spot. Each corner transition in the outline path is individually managed to produce a sharp, clean corner on fabric.

License

This design is licensed for personal use and small commercial production of finished physical goods. You may sell embroidered items created with this file. The digital files themselves may not be resold, redistributed, shared, or included in any digital product collection.

Instant Download

Files are available immediately after purchase with no waiting and no shipping. This listing includes 1 size in 26 embroidery formats. Complete your purchase and download your full file package directly from your order confirmation.