Every buyer who has ever asked us for a quote eventually asks the same follow-up: why is 100 pieces so much more per unit than 1,000?

It feels like it should be linear. Twice the hoodies, twice the cost, same price each. It never works that way.

The 1,000-piece price is almost always lower per unit, sometimes by 40% or more, and the gap is not a discount we hand out for being nice. It is arithmetic.

A garment order is not one cost. It is two costs wearing the same coat. Some of what you pay happens once, no matter how many pieces you make. The rest happens per piece. The whole story of volume pricing is what happens when you spread that first bucket across a bigger and bigger second bucket.

This study walks through that math with a single, concrete example: one mid-weight 400 GSM French terry hoodie, custom color, with a two-color screen print on the front and an embroidered left chest. We cost it at 50, 100, 300, 500, and 1,000 pieces. Then we explain why decoration and dyeing each have their own break points that sit on top of the main curve, where the curve flattens out, and how a buyer can use all of this to negotiate a better number without simply begging for a lower price.

Key findings at a glance

Ten things the numbers show

01

Two cost types. Every order splits into one-time fixed costs and repeating per-unit costs. Only the fixed bucket gets cheaper as you scale.

02

Setup is the lever. Patterning, grading, marker, sampling, screens, and digitizing total roughly $750 in our example paid once, then divided.

03

The drop is front-loaded. Going 50 → 300 pieces cut our unit cost 40%. Going 500 → 1,000 cut it under 7%.

04

Decoration breaks separately. Screens, digitizing, and print runs amortize on their own schedule, distinct from the garment.

05

Dyeing is a wall, not a slope. Custom color needs a minimum dye lot. Below it, you pay for fabric you do not use or you cannot get the color at all.

06

MOQ is the dye lot in disguise. Most custom-color hoodie minimums exist because the mill will not knit or dye below a certain weight.

07

The elbow sits near 300–500. That is where the curve bends from steep to flat for a decorated cut-and-sew hoodie.

08

Per-unit costs barely move. Fabric, labor, and trims are close to flat. They are the floor you cannot amortize past.

09

Complexity raises the floor and the MOQ. Extra colors, panels, and trims add setups and push the minimum up.

10

You can engineer the math. Consolidating colors, sharing fabric runs, and committing to reorders all move the numbers in your favor.

What this study covers

  1. The two kinds of cost in every order
  2. The fixed costs that get amortized
  3. One hoodie, five quantities: the tier table
  4. Why decoration has its own break points
  5. Why dyeing and fabric have their own walls
  6. The order size where the economics shift
  7. How to use this math to negotiate
  8. Common questions

Section 01

The two kinds of cost in every order

Picture the factory floor before a single hoodie exists.

To make even one unit of a new style, a long list of work has to happen first.

  • Someone drafts the pattern.
  • Someone grades it across the size run.
  • A marker is plotted so the cutting table wastes as little fabric as possible.
  • A sample is sewn, checked, corrected, and sewn again.
  • Screens are burned for the print.
  • The logo is digitized for the embroidery machine.
  • The custom color is matched and approved.

None of that work changes if you order 50 pieces or 5,000. The pattern is drafted once. The screen is burned once. The logo is digitized once. These are your fixed costs paid in full before mass production starts and paid only once.

Then there is the second bucket.

Every hoodie that comes off the line consumes fabric, rib, thread, a drawcord, labels, and a polybag.

Every hoodie takes an operator’s time to cut, sew, finish, and pack.

Every printed hoodie takes a pass under the press. These are your variable costs; they repeat for every single unit, so they scale up roughly in step with quantity.

Why only one bucket shrinks

Here is the whole secret of volume pricing in one sentence: variable costs stay about the same per unit no matter what, but fixed costs get divided across however many units you order.

Spread $750 of setup across 50 hoodies, and each one carries $15 of it.

Spread the same $750 across 1,000 hoodies, and each one carries 75 cents.

The setup did not get cheaper. You just gave it more shoulders to sit on.

That single mechanic, a fixed number divided by a growing one, is why the per-unit price falls fast at first and then crawls.

The math is the same one a baker uses. The oven takes the same time to heat whether you bake one loaf or forty. Bake forty, and the heat-up cost barely registers per loaf. Bake one, and it is the whole story.

The short version

Your quote is fixed costs ÷ quantity, plus variable cost per unit. The first term collapses as quantity grows. The second term is a floor it can never fall below. Volume pricing is the race between those two.

Section 02

The fixed costs that get amortized

Before we show the tier table, it is worth naming exactly what sits in that fixed bucket, because buyers rarely see it itemized. When a quote looks high at low quantity, this is almost always the reason. You are not being overcharged. You are absorbing the full setup alone.

Pattern making

The pattern is the blueprint. A patternmaker turns your tech pack and measurements into the precise set of shapes that get cut from fabric: front, back, sleeves, hood, pocket, cuffs, waistband, and facings. For a hoodie that is a dozen-plus pieces, each one is drafted to tolerance. Get it wrong, and every unit in the run is wrong. This is skilled, one-time work, and it is priced as such.

Grading

One pattern is a single size. Grading scales it across your whole size run: S, M, L, XL, XXL, and beyond, keeping the proportions correct as the garment gets bigger or smaller. Because patterns are digital today, grading is a controlled mathematical step rather than a redraw, but it is still a deliberate cost. It happens once and then serves every size you sell.

Marker making

A marker is the cutting map. It nests all the graded pattern pieces onto the fabric width like a puzzle, arranged so the cutter wastes the least material possible. A good marker can swing your fabric consumption by several percent, which on a large run is real money. It is plotted once per style and colorway, then reused for the whole cut.

Sampling

You never approve a bulk run off a drawing. You approve it off a physical sample usually two rounds, sometimes three, as fit and construction get dialled in. A sample costs far more than a production unit because the factory is making a one-off: sourcing small amounts of everything, setting up for a single piece, and building a style it has never built before. That premium is not waste. It is the insurance that the other 999 pieces come out right.

Screen setup

For a screen print, each ink color needs its own screen with a stencil burned onto mesh. A two-color front print means two screens, two setups, and two registration passes to line the colors up. Setup runs roughly $15–$35 per screen at most shops, more for complex artwork, and it is charged once. Many decorators even waive it on a reorder of the same design within a year because the screen already exists.

Embroidery digitizing

Embroidery machines cannot read a logo file directly. The artwork has to be digitized and converted into a stitch file that maps every stitch, its direction, density, and sequence. For a standard left-chest logo, this is a one-time fee in the range of $50–$100 for most marks, and the file is yours to reuse on every future order. Pay it once, never again for that logo.

Custom colour: lab dips and strike-offs

If you want a specific brand color rather than a stock shade, the mill produces lab dips small dyed swatches, until the color matches your target under standard lighting. You approve a dip, and that becomes the standard for the dye lot. The matching work is a fixed cost. The dye lot itself is a separate constraint we cover in Section 05, because it behaves like a wall rather than a slope.

What that adds up to

Here is the fixed bucket for our example hoodie. Your real figures will differ by complexity and supplier, but the shape holds.

Pattern making

Full hoodie block, drafted to the tech pack

$180

Grading:

Size set S–XXL

$90

Marker making

Nested cutting layout, per colourway

$50

Sampling

Two fit + construction rounds

$180

Screen setup

Two-colour front print, two screens

$50

Embroidery digitizing

Left-chest logo, ~8,000 stitches

$80

Lab dips/colour match

Custom Pantone target, strike-offs

$120

Total one-time setup
$750

Read this before the table

That $750 does not change whether you order 50 hoodies or 1,000. Every line above is paid once. The table that follows is just that number, divided more and more ways, sitting on top of a per-unit cost that barely moves.

Section 03

One hoodie, five quantities

Now the payoff. Same style, same fabric, same two decorations. The only thing that changes across these five columns is how many pieces we are making and therefore how thin the $750 of setup gets spread.

The per-unit make cost (fabric, rib, trims, cut-and-sew labor, the print and embroidery run, and finishing) is close to flat. It drifts down a little at higher volume as the sewing line finds its rhythm and the decoration run rate improves, but it never collapses. The dramatic mover is the amortized setup.

Order size Setup ÷ units Make cost / unit Unit cost Order total
50 pcs $15.00 $21.50 $36.50 $1,825
100 pcs $7.50 $20.50 $28.00 $2,800
300 pcs $2.50 $19.50 $22.00 $6,600
500 pcs $1.50 $19.00 $20.50 $10,250
1,000 pcs $0.75 $18.50 $19.25 $19,250

Representative ex-works costing for a 400 GSM French terry hoodie, custom color, two-color front screen print + embroidered left chest. Figures illustrate the structure, not a specific buyer quote. See the methodology note at the foot of this page.

Reading the curve

Look at the unit-cost column on its own: $36.50, $28.00, $22.00, $20.50, $19.25. The savings are huge at the start and tiny at the end.

From 50 to 300 pieces, the unit cost falls from $36.50 to $22.00, a 40% drop for a 6× increase in quantity. That is the steep part of the curve, and almost all of it is setup amortization: the $15-per-unit setup load at 50 pieces shrinks to $2.50 by 300.

From 500 to 1,000 pieces, the unit cost falls from $20.50 to only $19.25 under 7%, even though you doubled the order. By 500 pieces, the setup is already down to $1.50 a unit. There is simply very little fixed cost left to spread. You have run into the floor of the variable costs, and fabric does not get meaningfully cheaper just because you bought more of it.

A note on the 50-piece column

For a custom-color hoodie, 50 pieces usually sits below the minimum dye lot, so that column often is not even available; with a custom shade, you would be moved to a stock color or charged a short-run surcharge. We left it in to show how brutal the per-unit math is when setup has almost nothing to spread across. It is the clearest argument for why minimum order quantities exist at all.

Section 04

Decoration has its own break points

The garment is only half the story. Whatever you put on the hoodie, print, embroidery, or all-over graphics, it carries its own setup-versus-run structure, and each method amortizes on a different schedule.

Two hoodies with identical blanks can have very different price curves purely because of how they are decorated.

Screen printing: cheap to run, expensive to start

Screen printing is the textbook case of economies of scale.

Burning the screens, mixing the ink, registering the design, and dialing in the press takes about the same time whether you print 24 shirts or 240.

Once the press is running, each additional pull costs almost nothing. So the setup cost, a fixed amount per color, dominates at low volume and all but vanishes at high volume.

In practice the per-piece print charge slides from roughly $8–$15 on tiny runs down to $2–$4 each once you are past a couple of hundred pieces.

Every extra ink color adds another screen, another setup, and another pass, which is why a one-color design is dramatically cheaper to scale than a four-color one.

Screen printing has a natural minimum often around 24–50 pieces precisely because below that, the setup has nothing to amortize against.

Embroidery: the file is free forever; the stitches are not

Embroidery splits cleanly into a one-time cost and a per-unit cost.

The one-time cost of digitizing is typically $50–$100 for a logo, and you pay it exactly once, then reuse the file on every reorder.

The per-unit cost is the actual stitching, priced by stitch count, usually somewhere around $0.50–$1.50 per thousand stitches plus thread and machine time.

That structure means embroidery’s “volume break” is shallower than screen printing’s. The digitizing fee amortizes away quickly, but the run cost per piece is fairly stubborn; a 10,000-stitch logo takes the machine the same time on unit 1 and unit 1,000.

So embroidery tends to stay a premium decoration regardless of quantity, which is exactly why it reads as premium.

Digital and all-over methods: a different shape entirely

Direct-to-garment and similar digital methods can run with almost no setup, so a single piece is possible, but the per-unit cost is high and barely improves with volume, the mirror image of screen printing.

All-over sublimation and reactive prints, by contrast, sit closer to fabric: they carry their own minimums (often around 100 pieces) because the print is applied at the yardage or panel stage, before the garment is even assembled.

Method Setup (one-time) Per-unit behaviour Typical minimum
Screen print (per colour) ~$15–$35 / screen Drops steeply with volume ~24–50 pcs
Embroidery ~$50–$100 digitizing Fairly flat; priced by stitch Low cost-effective ~24+
DTG / digital Minimal High, barely moves As low as 1
All-over/sublimation Artwork & colour setup Tied to fabric stage ~100 pcs

The practical takeaway: when a buyer adds a second print location, a third ink color, or swaps a print for embroidery, they are not just adding pennies of material. They are adding whole new setups, each with its own little amortization curve. That is why two seemingly similar hoodies can cost very differently and why simplifying decoration is one of the fastest ways to bring a low-volume price down.

Section 05

Why dyeing and fabric have their own walls

Setup costs are a slope; they get smoother the more you order.

Fabric and dyeing are different. They behave like a wall.

Below a certain quantity, the option simply is not available at a sensible price, and above it the cost per unit barely improves.

Understanding this is the difference between a buyer who thinks the factory is being difficult and one who understands the constraint.

The dye lot minimum

To get a specific custom color, the mill dyes a lot of fabric all at once to a single, consistent shade.

That dye process has a minimum batch size; you cannot economically dye a tiny amount of yarn or fabric to a custom Pantone target.

The setup of the dye bath, the color matching, the lab work, and the machine time cost roughly the same for a small batch or a large one.

So if your order needs less fabric than the minimum dye lot, one of two things happens.

Either the factory dyes the full minimum, and you effectively pay for fabric you will not use, or the order cannot run in that custom color at all, and you are steered toward a stock shade.

This is the single most common reason a custom-color hoodie carries a higher minimum than a stock-color one.

Knitting minimums sit underneath that

Before fabric can be dyed, it has to exist. Mills knit a specific quality, a 400 GSM French terry, say, in production runs, not by the meter.

Knitting a custom fabric, weight, or blend carries its own minimum, because threading up the machine and running a short length is inefficient.

A factory will not start cutting until it can buy enough yardage to make the job worthwhile, and that yardage requirement is often the real number hiding behind a stated MOQ.

Stock versus custom is the lever

This is why “stock fabric, stock color” is the magic phrase for small orders.

If the factory can pull from fabric that already exists in a color that already exists, both walls disappear.

No knitting minimum, no dye lot minimum, just cut and sew.

The moment you ask for a custom weight, a custom blend, or a custom color, you reintroduce an upstream minimum that has nothing to do with how flexible the sewing floor is.

MOQ, decoded

When a manufacturer quotes you a minimum order quantity, they are rarely protecting the sewing line. They are usually protecting against an upstream minimum: a dye lot, a knit run, or a trim supplier’s own batch size. Ask which one is driving your MOQ, and you will often find a way to lower it.

Trims have minimums too

It is not only fabric. Custom woven labels, branded drawcord tips, custom zippers, and printed neck tags are produced in bulk by their own suppliers. A plain hoodie might run at 100 pieces, but the moment you add a custom-woven label and a branded metal tip, the trim suppliers’ minimums can push your effective floor to 250 or more. Each bespoke component you add is another upstream batch that wants to be filled.

Section 06

The order size where the economics shift

If you plot the unit costs from Section 03, the line has a distinct shape: it dives, then bends, then runs nearly flat.

That bend, call it the elbow, is the most useful number in the whole study because it tells you where ordering more stops being the smart move.

Where the elbow falls

For our decorated cut-and-sew hoodie, the elbow sits around 300–500 pieces.

Below it, every extra hundred units you commit to meaningfully lowers your per-unit cost, because setup is still a big slice of each hoodie.

Above it, the setup is already so thin per unit that adding volume mostly just adds inventory risk, not savings.

The exact location of your elbow depends on how heavy your fixed bucket is.

A simple, one-color, stock-color hoodie has a light setup and a low elbow; you reach flat pricing quickly.

A complex hoodie with a custom color, multiple print locations, embroidery, and bespoke trims has a heavier setup and a higher elbow because there is more fixed cost to spread, and it takes more units to dilute it.

How to find your own elbow

You do not need a chart.

Ask the factory for the unit price at three or four quantities, say 150, 300, 600, and 1,000.

Then look at the percentage drop between each step.

The first big single-digit-or-smaller drop tells you the elbow is behind you. In our example, the 500 → 1,000 step was under 7%, which is the signal that you have hit diminishing returns.

The decision this unlocks

Ordering past your elbow only makes sense if you are confident you will sell the extra units. The per-unit saving beyond the elbow is small, but the cash tied up and the risk of dead stock is not. The smart order size is usually at the elbow, not as far past it as your budget allows.

The under-the-elbow trap

The opposite mistake is more painful.

Ordering well below the elbow at 50 or 100 pieces of a complex, custom style means every hoodie carries a crushing share of setup.

That is where buyers feel “ripped off” when, in fact, they have simply asked the setup cost to sit on too few shoulders.

If your real demand is small, the fix is not to fight the price. It is to lighten the setup: stock fabric, stock color, and simpler decoration.

Section 07

How to use this math to negotiate

Now the practical part. Once you understand that a quote is fixed costs divided by quantity plus a variable floor, you can negotiate by changing the inputs instead of just asking for mercy. Here are the levers that actually move a number, roughly in order of impact.

  1. Share one fabric run across styles

    If 50 hoodies will not hit the dye lot or knit minimum, combine them with another style in the same fabric and color, say, 25 hoodies and 25 crewnecks. The factory treats it as one fabric run, and your surcharge drops. You filled the upstream batch without ordering more of any single piece.

  2. Use a stock fabric and stock colour

    This is the biggest single lever for small orders. Stock removes the knitting minimum and the dye lot minimum at once, which can collapse your effective MOQ and your price. Save the custom color for when your volume justifies the lot.

  3. Standardize on a proven block

    Ask whether the factory has an existing, graded fit block close to what you want. Starting from a standard block instead of a from-scratch pattern cuts your pattern, grading, and sampling costs, a direct reduction of the fixed bucket that gets amortized.

  4. Cut colourways before you cut quantity

    Three colorways of a hoodie are three dye lots, three markers, and sometimes three minimums. One colorway at the same total quantity is far more efficient. If you must test colors, do it after the first run proves demand, not before.

  5. Simplify the decoration

    Every ink color is a screen and a setup. Dropping a four-color print to two, or a print plus embroidery to a single method, removes whole amortization curves. A great design in one or two colors often saves more per unit than squeezing the quantity.

  6. Commit to a reorder to waive setup

    Screens and digitized files already exist after your first run. Many decorators waive screen setup on a reorder of the same design within a year. Plan your reorders, and you pay the heavy setup once across several runs, not once per run.

  7. Ask which minimum is actually binding

    “Why is the MOQ 300?” is a better question than “Can you lower the MOQ?” Once you know whether it is the dye lot, the knit run, or the trim, you can target that specific constraint, switch to stock, and drop the custom trim instead of negotiating in the dark.

  8. Order at your elbow, not past it

    Use the three-quantity test to find where the curve flattens, then order there. You capture nearly all the volume savings without over-committing cash to units you may not sell. The cheapest hoodie is not the one from the biggest order; it is the one from the right-sized order.

     

What a good factory will do

A manufacturer worth working with will walk you through this math rather than hide it behind a single number. If you ask for the cost at several quantities and a breakdown of what drives your MOQ and you get vague answers, that is information too. Transparency about the curve is a sign you are dealing with the source, not a reseller marking up someone else’s run.

The five-second recap

  • A quote is two costs. Fixed setup paid once, plus a variable cost paid per unit.
  • Only setup amortizes. Divide it by more units, and the per-unit price falls.
  • The drop is front-loaded. Most of the saving lands before you reach a few hundred pieces.
  • Decoration and dyeing break separately. Each adds its own setup, minimum, or wall on top of the garment.
  • The elbow is your target. Order where the curve flattens, usually 300–500 for a decorated hoodie, not as far past it as you can afford.
  • You can engineer the number. Stock fabric, fewer colorways, simpler decoration, and planned reorders all move it your way.

Common questions

Because every order contains fixed costs that are paid only once: pattern making, grading, marker making, sampling, screen burning, digitizing, and color matching plus variable costs that repeat for every piece. The fixed costs get divided across however many units you order, so the more you order, the smaller each unit’s share of that setup becomes. The variable cost per unit stays roughly the same. That division is the entire mechanism behind volume pricing.

For a decorated cut-and-sew hoodie, the curve usually flattens around 300–500 pieces at the “elbow.” Below it, each extra hundred units lowers your per-unit cost noticeably. Above it, the setup is already so thin per unit that ordering more saves very little while tying up cash and adding inventory risk. The exact point depends on how heavy your fixed setup is; simpler styles flatten earlier.

Because the same fixed setup is being shared by very few units. Spread $750 of setup across 50 hoodies, and each carries $15 of it; spread it across 1,000, and each carries 75 cents. Nothing got more expensive; the setup simply has fewer pieces to sit on. If your real demand is small, lightening the setup (stock fabric and color, simpler decoration) lowers the price far more effectively than negotiating.

Custom color requires the mill to dye a batch of fabric to your specific shade, and dyeing has a minimum economical lot size. If your order needs less fabric than that minimum, you either pay for fabric you will not use or you cannot have the custom color at all. A stock color skips this entirely, which is why stock shades carry much lower minimums.

Only marginally. Fabric, trims, and cut-and-sew labor are variable costs;; they form a floor that volume cannot push through. You may see small efficiency gains as the sewing line settles and the decoration run rate improves, but the dramatic savings in volume pricing come almost entirely from spreading fixed costs, not from cheaper materials.

Change the inputs to the math instead of the quantity. Use stock fabric and color to remove upstream minimums; share one fabric run across two styles; start from a standard fit block to cut pattern and sampling costs; reduce colorways and ink colors to remove setups; and plan reorders so screen and digitizing setups are paid once across several runs.

Each decoration method and each ink color carries its own setup and its own amortization curve. A second print color is another screen and another press pass; switching to or adding embroidery brings a digitizing fee plus per-stitch run cost. You are not just adding material; you are adding fixed setups, which weigh most heavily at low quantity. Simplifying decoration is one of the fastest ways to bring a small-run price down.