Embroidery equipment sizing, not another pricing calculator

Plan the whole embroidery shop, not just machine speed.

Model a real mixed-order queue, compare machine architectures, expose operator bottlenecks and stress-test growth before spending five figures.

Browser-only mathNo signupEditable assumptionsSource-backed methodology

Designed around purchase decisions

Questions buyers actually need answered

How many heads?

Deadline-driven head count, with operator capacity and partial batches included.

Second single-head or multi-head?

Mixed short runs can favor independent machines even at the same total head count.

Are hats the bottleneck?

Model caps with separate measured minutes per 1,000 stitches and hooping time.

Do more needles help?

Needles reduce color-change labor. Heads multiply simultaneous pieces. We keep those decisions separate.

Can one operator feed it?

Calculate the operator utilization required to keep every head productive.

Will the upgrade pay back?

Use incremental completed pieces and contribution—not hoped-for revenue—to model payback.

Four layers of a purchase decision

Capacity is more than heads × SPM.

01

Queue

Can the actual mix of jobs clear the window?

02

People

Can operators hoop and load fast enough to feed the heads?

03

Purchase

Does the quote fit field, caps, colors, service and budget?

04

Risk

What happens at peak season or during an outage?

Independent planning first

Size the workload before shopping the catalog.

The calculator never ranks a machine because it pays a higher commission.

Match a machine class

FAQ

Common questions

What does StitchCapacity calculate?

It models embroidery production capacity from your own workload assumptions: stitch time, garment handling, head count, batch size, operator capacity, rework and available hours.

Is this an embroidery pricing calculator?

No. Pricing tools are already common. StitchCapacity is built around equipment sizing, throughput, bottlenecks, deadlines and upgrade decisions.

Does a 6-head machine always produce six times more than one head?

No. A synchronized multi-head needs enough identical pieces to keep all heads loaded, and operator hooping/loading can become the bottleneck. Partial batches and mixed jobs can materially reduce usable output.

Are the recommendations guarantees?

No. They are planning estimates from the assumptions you enter. Verify machine specifications, cap systems, field size, electrical requirements, service availability and production workflow with the manufacturer or dealer.