Embroidery Run Time Calculator
How long will an embroidery order take to stitch?
Stitches & trims × your machines × quantity = realistic run time
Cut your run time at the source
A well-sequenced file connects elements and keeps trims and jumps down: fewer stops, fewer thread breaks and faster runs on every head. Flat price per design, set by complexity.
Check the file first · See the price list · Running volume? Trade digitizing
Enter the design's stitch count, trims and colors (or drop in a DST file), add your machines and head counts, and set the order quantity. The calculator returns total run time, pieces per hour and how much time trims are costing you, using your own machine speed and efficiency.
How long does embroidery take?
Stitching time is roughly the stitch count divided by the machine's speed. A 12,000-stitch design on a machine running 800 stitches per minute needs about 15 minutes of stitching per piece, before trims, color changes, thread breaks and hooping. On a multi-head machine every head stitches at once, so the order time depends on how many cycles you need.
The calculator uses this formula:
- Per piece = (stitches ÷ speed + trims × seconds per trim + color changes × seconds per change) ÷ efficiency
- Per cycle = per piece + handling time for hooping and loading
- Order time = cycles (quantity ÷ total heads, rounded up) × per cycle
Worked example (calculator output with its default settings): 12,000 stitches, 8 trims and 4 colors, 48 pieces on one 6-head machine at 800 spm, 85% efficiency, 0.5 s per trim, 2 s per color change and 1.5 min handling. Each piece takes 18 min with allowances, the order needs 8 cycles, and the total is 2h 35m, about 19 pieces per hour.
How to use the calculator (step by step)
- Load the design. Drop in a DST file to fill stitches, trims and colors automatically, or type them in.
- Add your machines. Enter each machine group and its head count. Add another row for a second model.
- Enter the order quantity. Type how many pieces you need to stitch.
- Check the settings. Open speed, efficiency and timing settings to match your own machines (defaults: 800 spm, 85%, 0.5 s per trim, 2 s per color change, 1.5 min handling).
- Calculate. Get the total time for the order, the number of cycles and pieces per hour.
- Act on the trim advice. See how much of the run is lost to trims and whether a better-sequenced file could save time.
What slows embroidery down
- Machine speed. Caps, dense fills and delicate fabrics usually run slower than flat garments.
- Thread breaks. Every break stops the head until it's rethreaded. The efficiency setting allows for this.
- Trims and jumps. Each trim cuts the thread, moves and restarts. A poorly sequenced file can have far more than it needs.
- Color changes. Each needle change adds a few seconds, more if the file returns to the same color repeatedly.
- Hooping and handling. Loading and unloading every cycle often costs more than the stitching on small, simple designs.
Can a better file cut run time?
Often, yes. The trim advice compares the number of trims with the number of colors and with the stitch count (trims per 1,000 stitches). When trims far exceed what the color changes require, the file likely has disconnected elements or poor sequencing. A digitizer can connect nearby objects with hidden travel stitches and order the sections so the machine finishes one area before moving on.
Seconds per trim look small, but they repeat on every piece and every head. If a file you already use has too many trims, we can fix or rebuild it, quoted after a free file check. For new designs, see production-focused embroidery digitizing.
Run time FAQ
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PlixaLabs is a trading name of Zorixo Ventures, LLC (USA) and Zorixo Ventures Ltd (England & Wales, Co. No. 15975548).
Faster runs start with a better file.
Hand-digitized by the PlixaLabs digitizing team, digitizing since 2015. Flat price per design, set by complexity: see the price list. Standard turnaround 4–8 hours, 24/7.