Bespoke bag OEM and custom handbag ODM are the two routes through which we run luxury bag programmes for brands. Under OEM you supply the design and specification and it is produced exactly as written; under ODM the programme team develops the silhouette, construction and hardware from your brief. Both are handled by the same Quanzhou-based team, using the same tech-pack discipline and the same AQL 2.5 (ISO 2859-1) inspection standard — the difference is who owns the design, not who takes responsibility for the outcome.
The distinction has real commercial weight. It determines how long development takes, how much technical input you need in-house, who carries design risk, and how defensible your IP position is at the end of it. It does not determine whether the bag is well made. A badly specified OEM order and a hastily picked ODM base fail in exactly the same way: on the line, at inspection, or worse, in a customer's hands.
This page is written for founders, product developers and sourcing managers deciding between the two routes, and for anyone already deep in a programme who needs a clearer reference point. It covers definitions, a four-way comparison, the step-by-step OEM sequence, tech-pack requirements, sampling timelines, commercial terms, inspection practice and a fit assessment by brand situation.
Programme parameters at a glance
| Parameter | Commitment |
|---|---|
| Minimum order quantity | 500 pieces per style / colourway |
| Sampling lead time | 6–10 working days (12–15 days for complex constructions) |
| Bulk production lead time | 35–50 days after sample approval |
| Inspection standard | AQL 2.5 (ISO 2859-1), single sampling, general level II |
| Incoterms | FOB Xiamen — EXW, CIF and DDP available on request |
| Payment terms | T/T 30% deposit / 70% before shipment; L/C at sight for container loads |
| Verified production floor space | 4,950 m² (SGS-verified) |
| Team | 137 staff across 7 production lines |
| Equipment | 149 machines including computerised saddle-stitch and edge-painting units |
| Monthly capacity | 200,000 pieces |
| Entity | Founded 2014; principal has worked in bag development since 2004 |
Everything below reflects one operating model: one accountable programme coordinator from first sketch to final carton, production run on our SGS-verified production floor in Quanzhou, Fujian — 4,950 m², 137 staff, 7 lines, 149 machines, 200,000 pieces per month — and inspection executed to a published statistical standard rather than by goodwill.
What OEM and ODM Mean for Luxury Bags
OEM stands for original equipment manufacturing: production carried out to a design, specification and material list supplied by the buyer. ODM stands for original design manufacturing: production carried out to a design developed by the supplying side, adapted from an existing base or drawn new from the buyer's brief. In both cases the finished bags carry your brand. The acronyms locate authorship of the design, nothing more.
Three things the terminology does not tell you. It says nothing about construction standard — that lives in your tech pack and your approval sample. It says nothing about material honesty — that lives in your bill of materials and your strike-off approvals. And it says nothing about the social or environmental conditions behind the bag — that lives in audit documentation and traceability records, which have to be asked for by name.
| Term | Who owns the design | What you must supply | Where it is used |
|---|---|---|---|
| OEM | You, entirely | Tech pack, bill of materials, drawings or reference sample, hardware specification | Brands with in-house design or product development |
| ODM | The programme team until rights are assigned | Brief, visual references, target cost, branding assets | Brands building a first leather collection without a technical team |
| Private label | The supplier base | Logo files and packaging artwork | Retailers and distributors filling a price point quickly |
| Full custom | You, developed jointly with the programme team | Concept, functional requirements, budget envelope | Luxury houses and first-mover product categories |
The acronyms cause damage in sourcing conversations when they stand in for detail. A buyer asking for an ODM handbag at a target price has not actually asked for anything producible; neither has a buyer asking for an OEM run who cannot yet name a leather type. Programme experience suggests most first-sample disputes trace back to authorship of the specification rather than to workmanship — nobody agreed what was being built, so nobody could agree whether the sample was right.
- OEM is a way of executing a design, not a way of avoiding one. The route assumes a finished, unambiguous specification exists.
- ODM is not off-the-shelf. Base developments still run through the same pattern and sampling discipline as a bespoke build.
- Private label is a speed decision. You trade differentiation for shorter development and lower unit cost.
- Full custom is a time and tooling decision. Expect development cost that has nowhere to hide and no cheaper context to amortise it against.
OEM and ODM answer a single question: whose drawing is this. Every other question — cost, quality, timing, ethics — is answered elsewhere, in documents that most buyers never insist upon early enough.
OEM vs ODM vs Private Label vs Full Custom
The four routes sit on two axes: how much design work you do, and how much of the result nobody else can sell. The table below compares them across the dimensions that actually change a programme's economics.
| Dimension | OEM | ODM | Private label | Full custom |
|---|---|---|---|---|
| Who owns the design | You | Programme team until assigned | Supplier base | You, developed jointly |
| What the buyer supplies | Tech pack, BOM, drawings, hardware spec, approvals | Brief, visual references, target cost, brand assets | Logo files, packaging artwork | Concept, functional requirements, budget envelope |
| Pattern development | Built to your specification from your drawings or reference unit | Base pattern adapted or developed to brief | Existing pattern, no development | New pattern engineered without reference |
| Development load on the buyer | High — you carry specification risk | Low to moderate — you carry brief clarity only | Minimal | Very high, and iterative by nature |
| Differentiation | Total, within your design's quality | High if exclusivity is contracted | Very low — competitors may sell the same base | Total, and structurally novel |
| Typical IP position | You hold it by default | Requires written assignment or territorial exclusivity | None beyond your mark | You hold it; joint-development terms should still be written |
| Cost and time profile | Efficient once specified; expensive while not | Fastest realistic route to a good new product | Cheapest and quickest per unit | Highest development cost, longest runway |
| Best fit | Brands with technical resource and clear design language | First collections, category extensions, time-poor teams | Volume fill-in and promotional ranges | Signature product where novelty is the selling point |
Read across the rows and the pattern is clear. OEM and ODM are closer to each other than either is to the other two. Both require real development work, both carry cost and both can produce a genuinely differentiated product. Private label and full custom sit at the extremes: one is a commercial shortcut, the other is a research budget.
Most sophisticated programmes run hybrid. An ODM base might carry custom hardware, a bespoke lining print and a branded internal architecture — OEM-level detail applied to a developed starting point, which usually lands better than either extreme. Publicly reported supply arrangements covered by Vogue Business and Business of Fashion increasingly describe exactly this pattern: brands keeping conceptual direction in-house while delegating technical construction upstream.
- Start with ODM to enter a category. Prove that the product sells before committing design resource to it.
- Migrate to OEM once volumes justify it. Own the pattern once repeat seasons make the development cost recoverable.
- Keep private label for fill-in. Use it where differentiation genuinely does not matter, not for hero product.
- Reserve full custom for signature pieces. One flagship construction per season is usually enough novelty.
How an OEM Programme Works Step by Step
An OEM programme is a sequence of gates. Each gate produces a document or an object that the next stage depends on, and skipping one does not save time — it relocates the delay to a point where it costs more. The sequence below is the one we run, with the gating artefacts named explicitly.
- Brief intake and feasibility. Your sketches, reference photographs, target retail price and volume range are reviewed for producibility. The output is a written view on whether the concept can be made to specification at target cost, and where compromises will sit.
- Specification build. The brief is converted into a producible tech pack: dimensions and tolerances, bill of materials, construction notes, hardware and branding specification. This is the single most valuable document in the programme.
- Costing and quotation. Materials, labour minutes, hardware, tooling and finishing operations are costed against agreed Incoterms. A first quotation is indicative; a quotation against a frozen specification is the one to plan on.
- Material sourcing and approval. Hides, linings, hardware and thread are sourced or developed. Strike-offs and lab dips are prepared and approved in writing under agreed viewing conditions before anything is cut for production.
- Pattern development and first proto. Pattern makers cut the pattern and the sampling room assembles the first physical prototype, sourced from available materials where bulk materials are not yet in hand.
- Sample review and revision. You review the proto for proportion, construction, material accuracy and function. Feedback is consolidated into one revision instruction rather than drip-fed, which is what compresses or extends the sampling window.
- Approval sample. A second build from bulk-intent materials becomes the approval sample — often called the gold seal — which is then sealed, photographed and retained as the physical reference for bulk production.
- Bulk production. Materials released by deposit, then cut, skived, stitched, assembled and finished on scheduled lines. Bulk runs 35–50 days after sample approval.
- Inspection and shipment. Incoming, inline and final inspections against AQL 2.5 (ISO 2859-1), then packing audit, container loading and dispatch FOB Xiamen, with EXW, CIF and DDP available on request.
| Step | Owner | Gate or duration | Output artefact | Common snag |
|---|---|---|---|---|
| Brief intake | Buyer and programme team | Enquiry closed against a written brief | Feasibility note with risk flags | Target price set before any functional requirement is known |
| Specification build | Programme team, reviewed by buyer | Specification sign-off | Full tech pack and BOM | Drawings without tolerances or construction notes |
| Costing | Programme team | Quotation validity window agreed | Unit price breakdown by cost centre | Comparing quotations built on different material assumptions |
| Material approval | Buyer | Written approval before cutting | Swatch card and hardware approvals | Approving colour on screen rather than under standard lighting |
| First proto | Sampling room | Within 6–10 working days from sign-off | Physical proto plus construction notes | Treating a proto as a finished sales sample |
| Revision | Both | One consolidated instruction | Revised proto or corrected material board | Sequential feedback that re-opens agreed points |
| Approval sample | Both | Bulk standard frozen | Sealed reference unit | Continuing design change after freeze |
| Bulk production | Production lines | 35–50 days after approval | Scheduled line output with inline QC records | Material lead time not aligned to line booking |
| Inspection and shipment | QC team | Pass before balance payment | AQL report, packing list, loading records | Booking freight before inspection results exist |
Two gates deserve more attention than they usually get. Specification sign-off is where the programme becomes measurable: without a frozen pack, every later disagreement is a matter of opinion. And the approval sample freeze is where change stops being cheap — after that point a requested modification is a re-cut, a re-tool or a re-book, each with a cost and a delay attached.
Tech Packs: What to Provide and What We Add
A tech pack is the instruction set for making your bag without you present. It does not need to be beautiful and it does not need to be produced in specialist software, but it does need to be unambiguous. Below is the split: what you realistically must provide, what the programme team develops around it, and what fails when it is absent.
| Tech pack element | What you provide | What the programme team adds | What goes wrong without it |
|---|---|---|---|
| Dimensions and tolerances | External dimensions, target internal volume or fit requirement (laptop size, A4 documents, cabin allowance) | Tolerance bands per component and grading rules across sizes | Bags that match the drawing and fail the intended use case |
| Bill of materials | Preferred leather type, lining, hardware finish, thread specification | Sourced alternatives at equal or better specification, with cost and lead-time implications | Late substitutions made under schedule pressure in the wrong direction |
| Pattern and construction notes | Sketches, exploded views, or a reference bag to reverse-engineer | Pattern development, seam engineering, reinforcement placement | Repeated sample returns because the construction was never defined |
| Branding and hardware assets | Vector logo files, placement dimensions, colour references | Die and mould development, strike-off sampling, placement templates | Logo drift between products and seasons |
| Colour standards | Target swatches or reference cards | Leather strike-offs and hardware plating standards approved under agreed lighting | Colour mismatch that only appears in the bulk shipment |
| Internal layout | Pocket count, closure type, lining material preference | Structural reinforcement, weight distribution, wear-point engineering | Bags that photograph well flat and deform when loaded |
| Compliance requirements | Destination markets and any retailer-specific requirements | Test planning against REACH, CPSIA and the relevant restricted-substance lists | Shipment held at import or rejected by a retail partner |
| Packing specification | Retail packaging concept where already defined | Polybag, carton, barcode and labelling plan per market | Cartons that arrive retail-ready in one market and not another |
The minimum viable pack is shorter than most buyers expect. A dimensioned drawing, a named leather type and finish, hardware identified by reference rather than description, branding placement with dimensions, and target volume or use requirement — that is enough for us to build something producible and quote it honestly. Everything beyond that improves precision; almost nothing below it is recoverable later.
- Name materials, do not describe them. Full-grain calf, milled cowhide, goat suede — each behaves differently on the needle and finishes differently at the edge.
- Specify tolerances, not just dimensions. Leather is a natural material; the tolerance is where the specification actually lives.
- Identify hardware by code or by drawing. Photographs of hardware are not a specification, and plating colour cannot be inferred from an image.
- State the use case explicitly. What the bag must carry and survive determines reinforcement more than any aesthetic decision.
- State the market. EU and US compliance pathways diverge, and testing is planned from the market list, not from the drawing.
What we add is where much of the value sits, and it is worth naming because it is invisible in a quotation. Pattern engineering turns a silhouette into something that can be assembled repeatedly by different operators on different days. Reinforcement placement decides where a strap stops failing. Tolerance bands decide whether five hundred units look alike. None of that appears as a line item; all of it appears in whether bulk matches the sample you approved. Reference: leather bag manufacturing process.
Sampling Process and Timeline
Sampling is 6–10 working days from specification sign-off for standard constructions, and 12–15 working days for complex builds — those where hand-worked details, structural frames, multiple material combinations or custom hardware dominate the build. Working days, not calendar days: sample courier transit sits outside that window and should be planned for separately.
| Stage | Working days | What happens | What you receive | Your decision |
|---|---|---|---|---|
| Specification sign-off | Day 0 | Brief and BOM converted into a producible pack; materials costed | Written quotation and specification sheet | Approve specification and price basis |
| Material sourcing | Runs in parallel | Hides, linings and hardware sourced or developed; strike-offs prepared | Swatch card with costs and lead times | Approve materials in writing |
| Pattern and first proto | Within the 6–10 day window | Pattern cut, first proto assembled in the sampling room | One physical proto plus construction notes | Review proportion, fit and construction |
| Revision build | Depends on scope | Consolidated feedback applied to pattern and materials | Revised proto or corrected material board | Approve for pre-production or request further change |
| Pre-production sample | Within window per complexity | Built from bulk-intent materials on intended tooling | Sample suitable for buyer meetings, sell-in or photography | Release for-order or pre-season use |
| Approval sample | End of the sampling period | Reference unit defining the bulk standard is sealed and archived | Sealed approval sample plus frozen written specification | Place bulk order and pay deposit |
The single largest controllable variable is feedback discipline. When twenty small notes arrive over ten days, the sampling room rebuilds repeatedly and each rebuild consumes pattern time that could have been spent on one correct iteration. When all twenty arrive at once against the physical proto, they can be evaluated together for conflicts — thickening a strap may change hardware, changing hardware may change stitch access — and resolved in one pass.
| Sample type | Purpose | Built from | Kept for |
|---|---|---|---|
| Proto / fit sample | Establish proportion, volume and construction logic | Available materials closest to intent | Pattern reference |
| Revised sample | Confirm agreed corrections | Corrected pattern and materials | Comparison record |
| Salesman sample | Sell-in, photography, trade-show use | Bulk-intent materials | Buyer showroom |
| Pre-production sample | Final check before line booking | Bulk materials on production tooling | Line setup reference |
| Approval sample (gold seal) | Define the bulk acceptability standard | Bulk materials, bulk construction sequence | Archived for the life of the style |
| Shipment sample | Representatives from dispatched bulk | Taken from production output | Dispute reference if needed |
Four practical notes. First, sampling is charged because it is skilled hand-work carried out by specialist operators, not a byproduct of line output. Second, sample costs are reviewed against the bulk programme once it is placed. Third, complex constructions legitimately take longer — the 12–15 day band exists because hardware tooling and multi-material assembly cannot be compressed without cutting accuracy. Fourth, a sample that never gets physical review is the most expensive saving available anywhere in this document. Full timeline detail sits in our sampling and MOQ guide.
MOQ, Pricing and Payment Terms
Minimum order quantity is the most discussed and least understood number in the trade. It is not a policy preference; it is arithmetic. Every colourway carries a cutting setup, a threading changeover, a finishing standard calibration and a hardware run, each of which costs the same whether five hundred units follow or fifty.
| Commercial parameter | Standard position | Why it is set this way | What moves |
|---|---|---|---|
| MOQ | 500 pieces per style/colourway | Line setup, cutting nests and hardware minimums are fixed costs per colourway | Combining styles on one material order, or running a pilot below standard quantity |
| Colourway accounting | Each colourway counts toward the style total | Cutting, thread changeovers and hardware finishing repeat per colour | Grouping colours on a shared shell material with contrast linings |
| Small-batch pilots | Available below standard MOQ for validation | New brands need market proof before committing to volume | Higher unit cost and shorter material runs; quoted case by case |
| Unit price drivers | Material, labour minutes, hardware, finishing operations | Every operation on the bag carries minutes and machine time | Simplifying construction or reducing hand-finished steps |
| Tooling and moulds | Charged once for custom hardware, dies and embossing plates | Tools are made to your design and are reusable across seasons | Using stock hardware with custom plating, engraving or finishing |
| Payment terms | T/T 30% deposit, 70% before shipment | The deposit releases materials; the balance is tied to a passed inspection | Documentary arrangements may be discussed for repeat programmes |
| Incoterms | FOB Xiamen standard; EXW, CIF and DDP on request | Xiamen is the nearest deep-water port to the Quanzhou floor | CIF and DDP priced per shipment lane and destination |
| Sample charges | Charged to cover skilled sampling labour and materials | Sampling is hand-work performed outside line capacity | Sample cost reviewed against the bulk programme once placed |
| Price validity | Quoted against a stated validity window | Hide and metal markets move; quotations cannot be held open indefinitely | Longer validity where material is pre-booked against the order |
The largest price lever is almost never labour negotiation. It is construction design. A bag that needs eleven hand-finished operations costs meaningfully more than one needing six, regardless of how efficiently either is assembled, because minutes per unit compound across the whole run. Buyers who arrive with a target price and a fixed design often find that only one of the two can survive contact with the specification — this is why we quote against a frozen pack rather than against a mood board.
- Ask for the cost breakdown, not just the unit price. Material, labour, hardware and tooling each have different levers attached.
- Separate one-off costs from run costs. Tooling is amortised over repeat seasons; comparing first-order quotes across vendors without adjusting for this is misleading.
- Treat incoterm changes as real money. A DDP figure is not a CIF figure plus small numbers; duties, taxes and landed logistics move materially by market.
- Understand what the deposit buys. It is not a booking fee; it is the release mechanism for materials ordered in your specification.
Quality Assurance: AQL 2.5 (ISO 2859-1) in Practice
AQL 2.5 means the acceptable quality limit for minor defects sits at 2.5 per cent of units in a lot, judged through a defined statistical sampling plan — ISO 2859-1, single sampling, general inspection level II. It is a sampling method, not a promise that 2.5 per cent of your shipment will be defective. It defines how many units are drawn from a lot, how many defects of each class are tolerated before the lot is rejected, and what happens next. The value is procedural: both sides agree the rules before the units exist.
| Inspection stage | What is checked | Basis | Typical failure modes | Action taken |
|---|---|---|---|---|
| Incoming materials | Hide grade, thickness, colour consistency, lining and hardware conformance | AQL 2.5 (ISO 2859-1), single sampling, general level II | Thickness drift, batch colour variation, plating blemishes | Material rejected or re-sourced before cutting begins |
| Cutting and hide selection | Panel placement, grain direction, defect avoidance, nesting yield | 100% visual review of panels; hide usage mapped per batch | Scars or looseness placed in visible panels | Panels re-cut; yield booked against the batch |
| Inline sewing | Stitch density, seam allowance, thread tension, reinforcement positions | Inline patrol checks plus AQL sampling at deduction points | Skipped stitches, uneven stitch counts, misaligned panels | Line stopped; operators retrained; affected units reworked |
| Hardware attachment | Rivets, magnets, zips, feet, strap adjusters | Torque and pull sampling per batch against ASTM-type test methods | Loose rivets, weak magnet seating, zipper pull failure | Batch re-work or hardware replaced before assembly continues |
| Edge and surface finishing | Edge paint build, burnishing, glazing, cleaning, final hand-feel | Visual comparison to approved limit standards and the gold seal unit | Tacky or chipped edges, adhesive bleed, colour rub-off | Units returned to finishing; cure times extended before packing |
| Final random inspection | Full conformance to approval sample, specification and packing requirement | AQL 2.5 (ISO 2859-1), single sampling, general level II | Anything diverging from the sealed reference unit | Accept, rework and re-present, or reject per the standard's rules |
| Packing audit | Carton contents, counts, labels, barcode legibility, packaging specification | Full count verification plus carton-level sampling | Short shipments, mixed SKUs, unreadable barcodes | Repack completed before container loading |
Testing sits alongside inspection rather than inside it. Methods and thresholds follow common frameworks — ISO 2859-1 for sampling plans, ASTM standards for colour fastness, abrasion and hardware pull performance, ISO 9001 and ISO 14001 for the management systems around them. Reports should be requested by name and against a named standard; a test conducted by someone else's house method tells you very little at a retail compliance desk.
- EU-bound goods. REACH restricted-substance screening for leathers, coatings and metals should be planned at material selection, not at final inspection.
- US-bound goods. CPSIA lead and phthalate requirements apply strictly to children's products and are referenced by many retailers for general goods as well.
- Textiles and linings. OEKO-TEX certified inputs reduce downstream screening cost and are increasingly requested by European accounts.
- Hide provenance. Tanneries audited under the Leather Working Group protocol give defensible traceability for sustainability claims.
- Social compliance. Floor-level audits including BSCI-type frameworks should be current, dated and available on request.
Ask for the inspection report template before you place an order. If you have never seen the document that will decide whether your shipment leaves, you have delegated the most consequential judgement in the programme to somebody else's defaults. Our standard report records lot size, sample size, defect classification, accept/reject decision and photographic evidence per defect type — see the quality control service for how it is issued and archived.
Best OEM/ODM Fit by Brand Situation
Route selection should follow from where your brand actually is — its volumes, technical resource, tolerance for development time and appetite for design risk. The table below maps common situations to practical recommendations, with the failure mode of each route stated honestly.
| Brand situation | Recommended route | Why it fits | Watch-outs |
|---|---|---|---|
| First leather collection, no technical team | ODM | Design and technical development are carried by the programme team against your references and price target | Agree exclusivity in writing before any artwork is released |
| Established apparel brand extending into leather goods | OEM with a supported tech pack | Your design language stays yours; parameters are built around your existing standards | Allow calendar time for pattern iteration — leather tolerances differ from woven garments |
| Retailer building a private-label range | ODM or private label with custom branding | Speed and cost discipline matter more than structural novelty | Define who owns the base pattern before it goes into repeat seasons |
| Corporate gifting and onboarding programmes | OEM, repeat-season | One frozen specification repeated annually delivers high consistency | Book material runs early; custom hardware tools carry their own lead times |
| DTC brand scaling from marketplace volumes | ODM migrating gradually to OEM | Start from a developed base; move toward owned design as volumes justify development cost | Plan the migration so packaging, colour and internal architecture stay visually continuous |
| Luxury house with in-house design and atelier standard | OEM, tight specification control | Design IP stays entirely in-house while construction is executed to your documents | Provide complete BOM and finishing standards; on-bulk assumptions will be costly |
| Limited-edition collaboration or capsule | Small-batch pilot, then full run | Validates demand before standard MOQ commitment | Unit cost is higher; price the capsule against that reality |
Note how often recommended routes change mid-programme. Entering a category with ODM and moving to OEM once volumes justify it is normal and healthy; the mistake is migrating without noticing, and discovering eighteen months later that nobody recorded who owns the pattern you have been reordering every season.
- You can state your target landed cost per unit, per colourway, before asking anyone to quote.
- You know your destination markets and can name the standards those markets require.
- You have a named owner for approving materials, schedules and inspection outcomes.
- You have decided whether the design is yours, licensed, or shared — and can put it in writing.
- You have a realistic date for first delivery, including sampling, sampling revisions and freight.
- You know how many units you can genuinely sell in the first season, not the aspirational number.
- You have references — photographs, competitor units or your own sketches — that convey proportion and intent.
- You have decided whether this is a one-off capsule or a repeat-season style.
- You have reviewed the route terms: OEM and ODM programme structure.
- You understand that intellectual property, not unit price, is usually the expensive part of getting this wrong.
Brief your bespoke bag OEM or ODM programme
Send your drawings, references or existing tech pack. We will confirm feasibility, build the specification and return a quotation you can plan against — including intended incoterms and logistics through shipping. Email service@junyuanbags.com or message WhatsApp +86 177 5002 0688.
Frequently Asked Questions
What is the difference between OEM and ODM for custom bags?
OEM means production to a design, tech pack and material specification that you supply; you own the design and any change routes through you. ODM means production to a design developed by the programme team from your brief, usually adapted from an existing base or drawn new against your references and price target. In both cases the bags ship under your brand, and neither label is a quality grade.
Is ODM cheaper than OEM for a first collection?
ODM is usually cheaper in development time and often in tooling, because the pattern and hardware already exist in some form. Unit pricing depends far more on materials and construction minutes than on the route chosen. ODM saves you technical resource; it does not automatically save money per unit, and a poorly written ODM brief can cost more than a well-specified OEM pack.
Who owns the design rights in an ODM programme?
By default the base pattern belongs to whoever developed it. For ODM programmes we agree this in writing at the outset: either territorial exclusivity for specific markets, or full assignment of the developed design once minimum volumes are met. Ask this question before artwork is released, because it effectively cannot be purchased later at any reasonable cost.
What is the MOQ for a bespoke bag OEM programme?
The standard MOQ is 500 pieces per style/colourway, reflecting line setup, cutting nests and hardware minimums that cost the same regardless of run length. Small-batch pilots below that threshold are available for validation before committing to full volume, quoted case by case because unit economics change materially at short lengths. See our sampling and MOQ guide for the full breakdown.
How long does sampling take for a custom leather handbag?
Sampling runs 6–10 working days from specification sign-off for standard constructions, and 12–15 working days for complex builds involving structural frames, multiple material combinations or custom hardware tooling. Those are working days and exclude courier transit. The largest controllable variable is feedback discipline: consolidating revision notes into one instruction keeps the build inside the window.
What does bulk production lead time depend on?
Bulk runs 35–50 days after sample approval. The range depends on construction complexity, how much material needs to be sourced or developed after approval, whether custom hardware tooling is required, and how full the line schedule is at booking. Programmes with pre-booked materials and agreed seasonal slots typically land at the shorter end of the band.
What payment terms and incoterms do you work on?
Standard terms are T/T with a 30% deposit and the 70% balance payable before shipment. The deposit releases materials ordered to your specification; the balance is tied to a passed inspection, which keeps incentives aligned. Shipment is FOB Xiamen as standard, with EXW, CIF and DDP available on request and priced per destination lane.
What does AQL 2.5 actually mean?
AQL 2.5 sets the acceptable quality limit for minor defects at 2.5 per cent of a lot, assessed under ISO 2859-1 single sampling at general inspection level II. It specifies how many units are drawn, how many defects of each class are tolerated before rejection, and the corrective path. It is a shared decision procedure applied in advance, not a licence to ship defective goods.
What should a tech pack contain for a leather handbag?
At minimum: dimensioned drawings with tolerances, a named bill of materials including leather type and finish, identified hardware with codes or drawings, branding placement with dimensions, the internal layout, target volume or use requirement, and destination markets for compliance planning. The programme team then adds tolerance bands, seam engineering, reinforcement placement and costed material alternatives.
Can we supply our own hardware or leather?
Yes, where consistent supply and quality can be maintained. Buyer-nominated materials shift lead-time risk onto you and require incoming inspection to the same standard as sourced materials. Many programmes use a hybrid: nominated leather from a preferred tannery combined with hardware developed on the standard tooling route, which keeps both quality control and cost visibility predictable.
Do you handle EU and US compliance testing?
Compliance is planned at material selection, not at final inspection. For EU shipments we plan REACH restricted-substance screening on leathers, coatings and metals; for the US, CPSIA lead and phthalate requirements apply strictly to children's products and are referenced by many retailers for general goods. OEKO-TEX certified linings and LWG-audited tannery options are available where requested.
How lab-tested are the materials used in programmes?
Physical performance is tested against common frameworks — ASTM methods for colour fastness, abrasion resistance and hardware pull strength, alongside the ISO 2859-1 sampling plan used at inspection. Reports should always specify the standard followed, because results produced against an undocumented house method carry little weight with a retail compliance desk.
Can we audit the production floor before ordering?
Yes. Buyers are welcome to visit the SGS-verified 4,950 m² production floor in Quanzhou, Fujian — material library, sampling room, seven lines and QC stations — by appointment with reasonable notice. Third-party social and technical audits are also supported, and existing third-party audit documentation can be shared for review ahead of a first order.
Can we start below 500 pieces?
Yes, through a small-batch pilot. Pilots exist to validate market demand, fit and construction before committing to standard volume, and unit pricing sits higher as a result of shorter material runs and repeated setup costs. They are most effective when scoped deliberately: fewer colourways, stock hardware where possible, and a clear decision rule for what happens after the pilot sells.
What happens if bulk does not match the approved sample?
The sealed approval sample — the gold seal unit retained from the end of sampling — is the reference standard for final inspection. Any divergence is recorded against it, classified by defect type and handled under the ISO 2859-1 rules agreed in advance: accept, rework and re-present, or reject. Nothing ships on the assumption that a difference is close enough.