Brand Owner Bag Buying: The Numbers Behind a First Knitted Bag Programme

The First Number Is Pieces, Not Price

A first knit programme commits pieces before it commits money: at MOQ 100 pcs per style and per colourway, 4 styles in 3 colourways is a 1,200-piece commitment whatever unit price is negotiated.

This ordering matters because the two parties usually negotiate in the wrong sequence. Unit price is the figure that gets argued over, and it is the figure with the least leverage on total exposure. Piece count, set by the style-and-colourway grid, is what actually determines how much stock sits in the warehouse and how much cash is tied up. A price concession of a few cents on 1,200 pieces is arithmetic noise next to a grid decision that moves the commitment from 600 pieces to 1,600.

The second reason piece count leads is that the production blocks are fixed. Sampling runs 7 working days and bulk runs 30 days on this site regardless of whether the order is 100 pieces or 10,000, so quantity buys nothing in time. What it buys is set-up absorption, and that is a very different lever. Understanding the distinction is what separates a brand owner who plans a range from one who plans a purchase order.

Style Count Multiplied by Colourway Count

MOQ applies per style and per colourway pair, so the commitment multiplies: 3 styles in 2 colourways is 600 pieces, while the same 3 styles in 4 colourways is 1,200, and neither is a bigger range on the shelf.

The multiplication is the single most common surprise in a first programme. A designer briefed to produce three styles reads MOQ 100 pcs and plans an entry cost of 300 pieces, because the mental model is that minimum applies per style. It does not. Each colourway carries its own yarn booking, its own machine set-up and its own inspection lot, so it carries its own minimum. A range of 3 styles in 4 colourways is a 1,200-piece buy, and the difference between planning 300 and planning 1,200 is usually the difference between a funded programme and one that stalls in the warehouse.

The practical discipline is to fix the grid before sketching the range, not after. Once style count and colourway count are set as a pair, the piece commitment is known, and every subsequent design conversation happens inside a number that the business has already agreed to fund. Fixing them in the other order produces a lovely range that nobody can pay for.

Gauge and GSM: Where Unit Cost Is Really Set

GSM is the largest single driver of unit cost on a knitted body because yarn is bought by weight: moving a specification from 240 g/m squared to 380 g/m squared adds about 58% to yarn mass per piece, and therefore to its biggest cost line.

A brand owner who understands only one thing about knit economics should understand this one. Cut-and-sew cost is driven by labour minutes and by how wastefully panels nest on the cloth. Knit cost is driven by mass, because a whole-garment body is knitted near net shape and there is very little waste to argue about. The same design drawn at E7 in 600D costs materially more than at E12 in 300D, and the difference is yarn, not effort.

Gauge interacts with this in a way worth stating plainly. Coarser gauges such as E7 run thicker yarns and thus heavier bodies; finer gauges such as E14 run finer yarns and thus lighter ones, at the cost of knitting time. That means a heavy structured tote wants E7 and a light packable shopper wants E14, and asking for the heavy look at the fine gauge produces a specification that is slow to knit and still not heavy enough. Whenever possible let the load case set GSM first, then let GSM pick the gauge.

Light shopper body

About 220 to 260 g/m squared, 150D to 300D, E12 or E14

Everyday tote body

About 300 to 340 g/m squared, 300D to 450D, E12

Structured carry body

About 380 to 420 g/m squared, 600D, E7

GSM tolerance

Plus or minus 5% on a knitted body, written into the tech pack

Reference unit figure

USD 4.80 FOB Xiamen, at a mid-weight commercial tote body

Yarn cost behaviour

Tracks GSM almost linearly; heavier body means heavier invoice

Set-Up Absorption Between 100 and 1,000 Pieces

Set-up cost is fixed per style and per colourway, so a 100-piece first run carries roughly ten times the set-up burden per piece that a 1,000-piece run carries, and that is why unit price falls steeply early and then flattens.

The set-ups in question are concrete: writing and proving the whole-garment programme, setting the machine, threading the yarn lot, dialling in tension, running the first pieces, inspecting them and correcting them. Every one of those happens once per style-and-colourway regardless of run length, and none of them comes down because the order is small. Below about 300 pieces the amortisation is still doing most of the work in the unit figure, which is why MOQ 100 pcs per style and per colourway is a genuine economic floor rather than a negotiating position lifted from habit.

There is a second effect that brand owners rarely price in. A small first run carries the full set-up cost and none of the learning that would have reduced the second run. The right to treat MOQ as a stepping stone rather than a ceiling comes from planning a repeat: the first run at 100 pieces per colourway buys the specification, the second run at volume buys the margin. Programmes that never place the second order pay development twice and volume never.

Development Spend That Does Not Scale With Quantity

Before bulk starts, the brand owner pays for sampling, yarn booking and any hardware development, and none of those three falls because the order is 100 pieces rather than 1,000; they are per-programme costs, not per-piece costs.

The implication for range planning is direct. Adding an eighth style adds a full development load and only a modest amount of good, whereas adding a colourway to an existing style adds a set-up and nothing else. When starting out the most economical way to widen a range is therefore to add colourways to styles that are already programmed, not to add styles. Carrying a resolved silhouette forward is also how a brand reaches the economic second season that pays the development back, and a healthy target is about 40% of styles surviving into the following season.

Hardware deserves a separate line in the plan. A custom zip puller or a branded metal plate carries its own development cost and its own lead time, and it is the item most likely to push a first programme past its intended calendar. Where the designs can use stock hardware with a knitted-in logo or a woven label instead, the saved time is usually worth more than the saved money, because the calendar, not the price, is what normally kills a launch.

From FOB Xiamen to Landed Cost

FOB Xiamen covers the goods to the vessel and nothing beyond it, so every cost after that point belongs to the buyer and varies with mode, volume and destination rather than with anything the knit programme controls.

This is where first-programme plans most often come apart. A unit figure quoted FOB Xiamen is a real and complete number for what it covers, and it is not the number that appears in a landed cost model. Ocean freight, insurance, duty determined by HS classification, port charges and inland delivery all sit on top, and their combined weight depends on decisions the brand owner makes after the order is placed. The [incoterms rules published by the International Chamber of Commerce](https://iccwbo.org/) set out precisely where FOB transfers risk and cost, and reading that boundary once costs less than learning it on a first shipment.

Duty in particular is a classification question rather than a sourcing one. Two knitted bags with different outer surface material can fall in different tariff headings, and the rate that applies follows from that classification, not from negotiating skill. Checking the heading with the relevant tariff schedule before the range is locked is a half hour of work that changes the landed figure more than most price negotiations do.

How Long the Cash Sits in a First Programme

Cash leaves the account at the bulk deposit and returns only as units sell, so with 7 working days of sampling, 30 days of bulk and ocean transit after that, two to three months commonly sit between the deposit and the first retail sale depending on destination.

The working capital consequence follows from the piece number rather than from the unit cost. A 1,200-piece commitment at the reference figure is about USD 5,760 of goods, and a deposit is typically due before bulk starts. That money is then out of the business for the whole production and transit cycle plus the sell-through period, so a first programme should be sized against the cash the brand can leave in stock, not against the revenue it might eventually produce. The brands that survive their second year are usually the ones that under-bought their first.

There is also a quality-shaped cash risk worth naming here. If a batch fails inspection at AQL 2.5 under ISO 2859-1, the remake and re-inspection push everything back. On a 1,200-piece lot the general inspection level II sample size is 80 pieces with acceptance at 5 defects and rejection at 6, so the inspection is not a formality but a real gate. Building slack into the calendar rather than assuming a clean pass is what protects the cash plan.

Four Mistakes Brand Owners Make on a First Knit Buy

The four expensive mistakes are reading MOQ as per style rather than per colourway, assuming cut-and-sew waste rates apply to knit, treating sampling as a formality, and choosing gauge for its look while GSM sets the cost.

They look unrelated but share a single root cause, which is that each one imports an assumption from sewn bag buying into a knitted programme. A sewn bag behaves the way most brand owners expect: panels nest on cloth, waste is a percentage you argue about, MOQ is set by cutting efficiency. A knitted body does not behave that way, and every one of the four mistakes is a place where the old model predicts the wrong outcome. Naming them before the grid is set costs less than discovering them at inspection.

The remedy for all four is the same: write the grid, the GSM target and the gauge into one document before any design work begins, and treat that as the commercial commitment rather than the drawing. Everything after that is execution.

Thresholds: When a Knit Programme Stops Paying

A knit programme stops paying when colourway count per style exceeds about three on a first run, when the total commitment exceeds about two months of expected sell-through, and when no style is planned to carry into a second season.

These thresholds are not unit-price thresholds, which is the point worth repeating. A programme can be quoted beautifully and still be the wrong buy if it commits cash the business cannot leave in stock, or if every option multiplies the same style without widening the appeal of the range. The test that catches this early is simple: divide the piece commitment by realistic weekly sell-through. If the answer exceeds roughly eight weeks of cover, reduce colourways before negotiating price, because that is where the exposure actually sits.

The opposite failure is also real and worth flagging. A brand that buys exactly the minimum and nothing else never learns anything from the season, because a 100-piece-per-colourway run sells out before the trend data arrives. The sensible middle is a deliberate test: one colourway sized at the minimum and one sized for volume, which gives both the learning and the margin.

What to Send Before Asking for a Quote

A quotation request that carries the grid, the GSM target, the gauge, the hardware intent and the target delivery port gets answered in hours, while one that carries only reference images gets answered with questions.

The reason is that everything a knit programme needs to price is a specification rather than a picture. A photograph does not say whether the body is 260 g/m squared or 380 g/m squared, and that single line moves the unit figure more than any other variable in the pack. Sending it at the outset converts the first exchange from a clarification round into a quotation, and on a 7-working-day sampling cycle, saving a round usually saves the largest single block of time in the programme.

Frequently Asked Questions

People Also Ask

Plan the Grid, Then Negotiate

The order of operations decides whether a brand owner enjoys their first knit programme or pays for it twice. Set the grid first, because that is the number the business actually funds. Set GSM from the load case and let gauge follow. Then negotiate the unit figure with the full pack in hand, knowing exactly what it is being multiplied by.

For the wider context on how this category is moving, see knitted bag market trends. For a different buying seat with a different set of constraints, see retail sourcer bag buying and promotional bag buyer.