SCStitchCapacity

Replace defaults with your own shop data

Embroidery Production Speed Calibration Calculator

Time a few real cycles and handling actions. Convert those observations into the exact inputs used by StitchCapacity instead of planning from rated maximum SPM.

Observed test run

Measure first. Then plan.

Use the actual digitized stitch count.
For synchronized heads, one full simultaneous run is one cycle.
Exclude hoop/load time; include normal trims and color changes during the run.
Adds room for ordinary variation without pretending every run matches the sample.

How to collect a useful sample

  1. Pick a recurring design and record its actual stitch count.
  2. Time several machine cycles from Start to completed embroidery. Keep garment loading/hooping out of this timer.
  3. Separately time hooping/loading across multiple pieces.
  4. Repeat the process for caps if they matter to your shop.
  5. Use a conservative margin so purchasing decisions are not built on your fastest run.
Why this matters: current industry guidance consistently distinguishes rated machine speed from real production output. Your own measured cycle is the strongest input available for a planning model.

Read the measurement guide →

FAQ

Calibration questions

What should I time?

Time machine-run cycles separately from hooping/loading. Machine-run time should include the normal trims and color changes that occur during the timed design, but exclude garment handling.

Why use minutes per 1,000 stitches instead of rated SPM?

It converts a real observed design run into the same planning input used across StitchCapacity, without assuming the brochure maximum is sustained in production.

Should caps be calibrated separately?

Yes. Cap-frame speed, registration behavior and handling can differ materially from flats, so keep separate measured assumptions when caps are a meaningful share of work.