Embroidery stitch count pricing: how the model works

How does price per thousand stitches work?

The arithmetic is deliberately simple, which is most of its appeal:

• Stitching charge per location = stitch count divided by 1,000, times your rate per thousand
• Never below your minimum charge per location
• Per piece = that charge times the number of locations on the garment

The table below uses the example rate built into our embroidery pricing calculator: $1.00 per 1,000 stitches with a $5.00 minimum. Both are examples to replace, not rates we recommend. There is no market rate for embroidery, and a rate that works in one shop loses money in another.

Some shops round up to the next thousand, some to the next five thousand, and some publish bands instead of a rate. All of those are the same model with the edges rounded off. Whichever you use, the garment, any digitizing and any setup sit outside this number: see how to price embroidery jobs for the full build-up.

Why do embroidery shops have a minimum charge?

Because a stitch count of zero still costs you money. Hooping, loading, unloading and the walk to the machine take the same time on a 2,000-stitch design as on a 20,000-stitch one, and per-thousand pricing charges nothing for any of it.

Here is how much of a cycle is handling rather than stitching. These are computed with the run time calculator formula at its example settings: 800 stitches per minute, an 85% efficiency allowance, 0.5 seconds per trim, 2 seconds per color change and 1.5 minutes of handling per cycle.

A quarter of a small job is time the per-thousand rate does not see. The minimum charge is what puts it back. The same logic applies per order, not just per location: a single hooped piece carries a setup that a 144-piece run spreads over 144 garments.

Is digitizing priced per stitch too?

Not here, and the distinction matters more than it sounds.

Pricing digitizing per stitch rewards exactly the wrong thing. A padded file with heavy fills, redundant underlay and no attention to stitch density has a bigger stitch count, so it earns the digitizer more, while costing you more machine time and more thread on every garment for as long as you run the design. A clean file is smaller, sews faster and looks better, and it should not be worth less.

It also plays badly with your own stitch-count pricing. If you quote your customer per thousand stitches from a file someone else digitized, a padded file inflates your quote, and you lose the job to a shop with a tighter file. The stitch count is a result of good digitizing decisions, not a target to hit.

Where does stitch count pricing mislead?

The model assumes every thousand stitches costs the same to sew. Four common jobs prove it wrong.

• Caps. Cap frames run slower than flats. Barudan gives up to 1,300 stitches per minute on flats and 1,000 on caps for its single-head machines. The same 8,000-stitch logo is about 6.2 minutes of stitching on a flat and about 8.0 minutes on a cap, roughly 30% more machine time for exactly the same charge. Caps also take longer to load and need their own sequencing: see our cap embroidery guide.
• Small, dense logos. Small text and tight detail run slower in practice, break thread more often and often need a topping. Per-thousand pricing sees a small number and charges a small price. Our small embroidery text page covers why these designs are harder than their stitch count suggests.
• Files with many trims. The direct cost is smaller than people think: 40 trims at half a second is only about 20 seconds a piece. The real damage is indirect. Every trim is a stop, a jump, a restart and a chance of a break, and those land in your efficiency allowance. Dropping from an 85% allowance to 70% adds about 21% to the time on a 12,000-stitch design, with no change in the stitch count and no change in the price.
• Awkward garments. Bags, finished jackets, aprons and anything that fights the hoop cost handling time that the stitch count never sees.

The fix is not to abandon the model. It is to price the awkward work differently: a higher rate for caps and bags, a higher minimum for short runs, and a separate charge for anything that needs special hooping. Work out the real machine time first with the run time calculator, and see how long embroidery takes for the full math.

How do you check your rate against your costs?

Work the model backwards on a job you have already run:

1. Take a design you sew often and get its real stitch, color and trim counts from the file rather than from memory.
2. Work out the machine time per piece, including handling, on the machine that actually runs it.
3. Multiply by your machine hour rate to get the cost of the stitching alone.
4. Compare that with what your per-thousand rate charged for the same design.

Do it for a cap, a small left chest and a jacket back. If the margin on one of them is thin or negative, that is the job to reprice, not the whole list. Repeat the exercise whenever your wages, rent or machine hours change, because the rate that covered your costs two years ago may not now.

If the design does not exist yet, the stitch count estimator gives a planning count from the finished size and complexity, which is enough to quote from. The rest of the model lives in the embroidery business pricing hub, including contract embroidery pricing for work you sew for other shops. When a file you already run is slow or unreliable, a rebuild pays for itself in machine time: every design we make is hand digitized and checked by a second digitizer, and repairs are quoted after a free check. See logo digitizing or embroidery file repair.

Sources

• Barudan America: single-head machines (1,300 spm on flats, 1,000 spm on caps)
• Barudan America: multi-head machines (up to 1,100 spm depending on model)
• Ricoma: Marquee 15-needle commercial machine (1,200 spm)
• Madeira: FAQ (thread use per 1,000 stitches, stitches per cone)

Sources checked 20 September 2026.