Cat Carrier Sample: Lead Time and Cost

Pet carrier production desk · Updated 2026-10-06 · 16 min read

As a pet carrier manufacturer handling cat carrier programmes, our team quotes MOQ 500 pieces per colourway and returns a sewn sample in 6-10 working days.

Four Sample Types and What Each One Is For

Sampling is not one activity; it is four, with different purposes, different costs and different consequences if skipped. Buyers who ask for one sample and expect it to serve all four purposes get a product that was never properly assessed.

The concept or prototype sample answers whether the geometry works. It is built in the nearest available material rather than the specified one, because the question is volume, proportion and access. It costs 180-600 USD and it is the sample that should be physically loaded and carried.

The sales or photo sample answers whether the product presents. It is built in the specified material and finish, with correct branding, and it is used for photography, line sheets and buyer meetings. It costs 120-400 USD and it is frequently ordered in two or three units so that a photographer and a buyer can hold one at the same time.

The specification or fit sample answers whether the product meets the brief's metrics. It is built to the full specification including hardware and frame, and it is the sample that is tested. It costs 220-750 USD plus testing.

The pre-production sample answers whether the product can be built at volume. It is built on production tooling by production operators at production settings, and it is the reference against which bulk and final inspection are judged. It costs 260-900 USD and it is the sample that gets signed.

The risk column is why the sequence matters more than the total cost. Skipping the specification sample to save 220-750 USD moves the material and structure question to the pre-production stage, where the same answer costs tooling revision and 14-30 days rather than a drawing revision and 5-12.

Two special cases appear in most programmes. A fit sample for a pet is measured on a mass equivalent rather than on an animal, because an animal will not cooperate with measurement — the standard method is a weighted block of the target mass plus a manual reach check. A shipper or packing sample verifies the carton and the packing method, at 60-180 USD, and it is the cheapest sample to order and the most often forgotten.

Quantity is a separate decision from type. One unit suffices for a concept sample; two to three for sales samples so that photography and approval can run in parallel; and one to two for pre-production, with one retained as the sealed reference. Four sample types answer four questions, and skipping the specification sample to save 220-750 USD moves a 5-12 day problem to a 14-30 day one.

Hour by Hour: Where the 6-10 Working Days Go

A sample takes 6-10 working days and 18-26 hours of actual work. The gap between those two numbers is queue, and it is where a sample date is won or lost — not in the work itself.

Release is the first stage: the pattern, the bill of materials and the trim schedule are released to the sample room. Two to four hours, and it cannot start until artwork and specification are frozen, which is why artwork is the critical path.

Material picking is the second and it is the most variable. A sample needs 1.4-2.2 m of shell, 0.6-0.9 m of zipper, 0.8-1.6 m of webbing, plus hardware, labels and thread. If those are in stock, picking is 3-6 hours; if any item has to be bought in, it is 3-12 days. Fabric in the specified colour is the item most often missing, and it is the single largest cause of a slipped sample date.

Cutting is the third at 2-4 hours, because a sample is cut single-ply on a digital knife or by hand rather than in a lay of 20-60 plies. Sewing is the fourth at 6-14 hours, and it is longer per unit than production sewing because the sample room operator is also solving the assembly sequence rather than repeating a known one.

The compressible column is the answer to the usual request to make it faster. Material picking compresses if the buyer accepts a stock colour or a stock hardware alternative. Welding compresses only if an electrode already exists — if it does not, the sample cannot be welded at all and a sewn substitute is the honest answer. Sewing compresses by perhaps 20-30% with a dedicated operator, and no further, because the sequence has to be worked out.

What genuinely shortens a sample is removing waits rather than removing work: releasing artwork at enquiry, confirming material availability before release, and approving dispatch on the same day the build completes. Those three remove 2-4 days without changing anything about the product.

Where a sample is built on new tooling, the window is longer and the structure is different: electrode build is 14-24 days and mould build is 20-38 days, and the sample cannot be cut or welded until the tool exists. That is an ODM sample, not a 6-10 day one. A sample is 18-26 hours of work across 6-10 days, and the compressible time is waiting, not working.

Sample Cost Structure: Four Components

Sample pricing looks arbitrary until it is decomposed, and then it is simply four components with an overhead multiplier. Understanding the decomposition is what makes a sample fee negotiable in specifics.

Material is the first component and for a single sample it is priced at retail rather than at bulk: 1.4-2.2 m of shell fabric at 3-9 USD per metre, hardware bought in singles at 2-6 times bulk price, and labels bought at a cutting charge of 20-60 USD. Total 14-48 USD, against a bulk material content of 4-11 USD.

Labour is the second and the largest. Eighteen to twenty-six hours at a sample room rate of 6-14 USD per hour is 108-364 USD, and it is unavoidable because a sample is a one-off engineering build rather than a repeat operation.

Set-up is the third and it is where single-unit pricing hurts. Cutting a single ply, setting a machine for one unit, and threading a colour for one run costs 20-70 USD that production would amortise over hundreds of units.

Overhead and courier are the fourth: 15-45 USD of allocated overhead plus 40-120 USD of express courier, which for a carrier-sized parcel at 3-6 kg volumetric weight is a real line rather than a rounding error.

Two things follow from the table. The first is that labour is 55-70% of every sample, so any request that adds build time — a second colourway, an extra closure option, a revised panel — costs proportionally. The second is that courier is 12-40% of the total, so sending three samples in one parcel rather than three parcels saves 80-240 USD.

The volume discount on samples is smaller than buyers expect. A second unit of the same sample costs 45-75% of the first, because labour falls to 40-60% once the sequence is known but materials and set-up do not. Ordering two sales samples is 1.45-1.75 times the price of one, not double.

Where samples are free is worth stating plainly: a swatch card, a fabric cutting, a hardware set or a colour standard is sent at no charge or at courier cost only, because none of them require a build. A buyer who needs to see a fabric before committing should ask for the swatch card first, at 0-25 USD, before spending 197-497 USD on a concept sample. Sample cost is 55-70% sample room labour, and a swatch card at 0-25 USD answers the material question that a 197-497 USD sample would otherwise be spent on.

Sample Cost by Programme Complexity

Sample cost scales with how much of the product is new, for the same reason that development cost does: a new geometry requires new pattern work, and a new component requires new tooling.

For a white label sample the geometry, the materials and the tooling all exist. The sample is a catalogue unit with the buyer's marks applied, and the work is marking application plus assembly. Cost is 165-413 USD delivered, and elapsed time is 6-10 working days provided the marks are already plated.

For a private label sample the geometry exists but the materials may not. If the specified fabric or hardware is not in stock, the sample cannot be built until it is bought in, which adds 3-12 days and 20-90 USD. Cost is 240-667 USD delivered.

For an ODM sample the geometry is new. Pattern development is 6-16 hours at 60-220 USD, and any welded or moulded component requires tooling before the sample can be built at all — which means the sample date is the tooling date plus 6-10 working days. Total sample cost including the pattern is 300-900 USD, and elapsed time is 20-52 days.

The two ODM rows that jump are the ones buyers most often mis-plan. An electrode at 900-2,400 USD and a mould at 1,200-3,800 USD have to exist before the sample can be built, so the sample cost includes them and the sample date includes their build. This is not a hidden charge; it is the tooling being bought earlier than expected.

The correct interpretation is that a request for an ODM sample is a commitment to tooling, and it should be treated as a development gate rather than as a sampling step. A buyer who wants to see the design before committing to tooling should ask for a sewn substitute sample, which answers the geometry question at 333-827 USD and defers the tooling decision.

Across a full programme the sample spend is 700-4,600 USD: one concept sample, two sales samples, one specification sample and one pre-production sample, plus courier. Against a first order of 4,100-7,300 USD that is 10-40%, which is why the credit policy in the next section matters as much as the absolute cost. Sample spend across a programme is 700-4,600 USD, and an ODM sample request is a tooling commitment rather than a sampling step.

Courier, Customs and Getting the Sample Cleared

Courier is treated as a footnote in most programmes and it is 20-40% of a sample round's elapsed time. It also has a customs dimension that can add days if the paperwork is wrong.

Transit time is 3-6 days by express from Xiamen to Europe or North America, 2-4 days to other Asian markets, and 4-8 days to South America or parts of the Middle East. Textile components in the sample are drawn from lots already screened against OEKO-TEX criteria, so a sample is representative of bulk chemistry as well as bulk construction. A carrier-sized parcel has a volumetric weight of 4-9 kg against an actual weight of 1.5-3.5 kg, and couriers charge on the greater, which is why the cost is 40-120 USD rather than 15-30.

Declared value is the customs-sensitive field and it should be declared honestly. A sample declared at 0 USD or at 1 USD is a red flag in most customs systems and it is the most common cause of a sample being held; a sample declared at its actual cost with the words commercial sample, not for resale, clears routinely.

Duty and tax on samples is the second issue. Most jurisdictions allow a low-value exemption, but the threshold varies and a sample above it attracts duty and import tax that the receiver pays. Declaring at 25-60 USD keeps most samples under the threshold without misrepresenting them, and a buyer should confirm their own country's threshold before dispatch.

Consolidation is the obvious saving and it is large: three samples in one parcel cost 1.2-1.6 times one parcel rather than three times, because volumetric weight is driven by the outer dimension rather than by the count. Where two sample rounds answer independent questions — geometry and colour, for example — sending them together saves 80-240 USD and 3-6 days.

Tracking and photography close the loop. A sample should be photographed from six sides before dispatch, with a scale reference, and the photographs sent with the tracking number. If the parcel is damaged or held, the photographs are what allow a claim or a re-make to start immediately rather than after the buyer reports a problem. Courier is 20-40% of a sample round's elapsed time and 40-120 USD, and declaring the actual value with commercial sample, not for resale, clears routinely where a 1 USD declaration gets held.

Credit, Write-Off and What a Buyer Actually Pays

Sample fees are usually credited against a bulk order, and the terms of that credit determine whether sampling is a cost or a deposit. Three models are in common use and they are not equivalent.

The first is full credit against the first bulk order of 500 pieces or more: every sample fee paid in the programme is deducted from the first invoice. A buyer who spent 700-4,600 USD on samples pays nothing for them if the order proceeds, and pays the full amount if it does not.

The second is partial credit, typically 60-100% of the pre-production sample and 0-50% of earlier rounds. The logic is that the pre-production sample is a production artefact while the concept sample is exploration. Under this model a buyer pays 250-1,800 USD net across a programme.

The third is no credit, with samples priced at cost. This appears where a buyer is sampling across multiple suppliers, and it is the honest price for a supplier who carries the risk of not winning the order.

The credit model should be agreed before the first sample is ordered, and it should be written on the quotation. A verbal understanding that samples will be deducted is the most common source of a dispute at first invoice, and it is entirely avoidable.

Two caps are normal and worth knowing. Credit is usually capped at the value of the first order's margin contribution rather than at the invoice value, and it usually expires — 6-12 months is typical — so a programme that stalls for a year loses the credit even if it eventually proceeds.

Write-off discipline matters on the supplier side too, and it is visible to a buyer as responsiveness. A supplier who has credited 700-4,600 USD against an order has a commercial reason to move the programme forward, which is a practical argument for agreeing credit early rather than late. Credit terms should be on the quotation before the first sample: full credit makes sampling free if the order proceeds and 700-4,600 USD if it does not.

What to Measure on a Sample Before Approving It

Sample approval is the gate that starts bulk production, and it should be a measurement exercise rather than an opinion. Fourteen checks take 45-90 minutes and they catch essentially every defect that would otherwise surface at final inspection or, worse, in the market.

Dimensional checks come first: internal length, width and height against the drawing at 3-5 mm tolerance, aperture dimensions, strap length, and collapsed height if the product folds. Six measurements with a tape and a rule, ten minutes.

Functional checks are second and they are the ones buyers skip: zipper operation through 20 full cycles, buckle release force, handle and strap assembly by hand pull, base flatness on a flat surface, and ventilation area by estimation against the drawing.

Identification and compliance checks are third: mark position against the drawing within 2 mm, legibility at 300 mm, origin and fibre content correct, care symbols correct, and barcode scannable. Five checks, ten minutes, and they are the ones that cause customs and marketplace problems later.

The defect class column maps to the inspection plan, and it is the reason the check list is worth doing: a critical defect found on a sample costs a drawing revision, while the same defect found at final inspection costs a run.

Retention is the last item. One pre-production sample should be sealed and retained as the reference against which bulk and final inspection are judged, and it should be photographed from six sides with a scale. Where the sample is destined for the United States, the compliance checks also cover the consumer product safety framework administered by the U.S. Consumer Product Safety Commission. A dispute nine months later about whether a bulk unit matches an approved sample is resolved by that sealed unit.

Approval should be given in writing against the drawing revision number, because a verbal approval followed by an artwork change is the situation that produces two generations of one product in one warehouse. Fourteen checks in 45-90 minutes convert sample approval from an opinion into a measurement, and one sealed reference unit resolves disputes nine months later.

Why Sample Dates Slip and How to Prevent It

Four causes account for most slipped sample dates, and each has a countermeasure that costs nothing. Naming them at the enquiry stage prevents most of the delay.

Material not in stock is the first and the largest. A specified fabric colour that is not held has to be bought in at 3-12 days, and a specified hardware item at 5-14. The countermeasure is to ask which components are held before the sample is released, and to accept a stock alternative for the sample where the question being asked does not depend on it.

Artwork not final is the second. Plates, labels and printed packing cannot be ordered until artwork is signed, and two to four revision rounds at 1-3 days each is 2-12 days. The countermeasure is to supply final artwork at enquiry and to hold the art approval gate at the very start.

Scope change during the build is the third and the most damaging, because it resets completed work. A colourway added at day five costs the full build time again. The countermeasure is to freeze the scope for one round and put additions in the next.

Approval delay on the buyer side is the fourth and the least discussed: a sample that sits unopened for a week adds more elapsed time than any supplier-side cause. The countermeasure is to agree an approval window of two to three working days at the point of dispatch.

Four of the five countermeasures are free, which is the point: sample delay is overwhelmingly a planning failure rather than a capacity failure. A buyer who confirms stock, supplies final artwork, freezes scope and agrees an approval window will see 6-10 working days consistently.

The tooling row is the one that costs money, and the sewn substitute is the standard answer — a sample built with a sewn rather than a welded construction answers the geometry question while the electrode is being built, at 333-827 USD. It is not a substitute for the pre-production sample but it removes 14-38 days from the critical path.

The schedule downstream is unchanged once approval is given: bulk production 35-50 days, final random inspection to AQL 2.5, and T/T 30/70 with FOB Xiamen. Four of the five causes of a slipped sample date have free countermeasures, and sample delay is a planning failure rather than a capacity failure.