There are only three routes: use a stock mould, modify an existing mould, or cut a new tool. They differ in cost, in time and in what they can physically change. New tooling runs about 30 working days. Modification is cheaper but has hard limits, and only neck-side changes are usually feasible.
Quick answer
- Stock mould: no tooling cost, standard colours, fastest route to production.
- Mould modification: moderate cost, mostly feasible at the neck finish, not the body shape.
- New tooling: roughly 30 working days, highest cost, and the only route that gives you a distinctive shape.
What are the three routes, and what does each one cost and take?
Every bottle a factory quotes comes from one of three places. The decision is not about which is cheapest — it is about how much of your design is genuinely required versus how much is preference.
| Route | What you pay | Time before production | What you can change | Risk |
|---|---|---|---|---|
| Stock mould | No tooling fee | Shortest — standard colours ship fastest | Colour, decoration, closure, label | Your bottle is not exclusive; another brand can buy the same shape |
| Mould modification | Modification fee, often lower than new tooling | Shorter than a new tool, longer than stock | Neck finish, thread, and some dimensions within tolerance | Limits are set by the existing cavity; not every change is possible |
| New tooling | Tooling fee, plus any drawing fee | Roughly 30 working days | Body shape, wall distribution, capacity, neck, decoration, in-mould features | Cash is committed before you have proven the product sells |
Most first-time buyers start at the stock mould end and treat modification as a fallback. Our general guidance on whether a mould is worth opening at all is set out in when not to open a custom mould, and the wider cost picture is in cosmetic bottle MOQ, tooling cost and lead time.
What can you actually change on an existing mould?
This is where most buyers form an incorrect expectation. A modification is not a re-carve of the bottle — it is a change to specific features of an existing cavity, and each feature has a different feasibility.
| Change requested | Feasibility on an existing mould | Why |
|---|---|---|
| Neck finish — for example switching to a different thread standard | Often feasible | The neck is a defined feature; a new insert can be cut for it |
| Closure compatibility — changing which cap or pump fits | Usually feasible if the neck is changed with it | Closure fit is a function of the neck, not the body |
| Small dimensional tweaks within existing tolerance | Sometimes | Depends on how the cavity was cut and on draft angles |
| Shallower or thinner profile — for example a slimmer rectangular bottle | Rarely feasible | Body geometry is the cavity itself; thinning it changes flow and strength |
| A distinctly different silhouette, shoulder or base profile | Not feasible | This is a new cavity, which means new tooling |
| Adding embossing or a new graphic form in the body | Not feasible on the body; possible as decoration | Mould features are fixed once cut; decoration is the alternative |
The rule of thumb: neck-side changes are a modification, body-side changes are new tooling. If a buyer describes a change you can feel in the hand, assume new tooling and price it that way. Neck standards are worth understanding before you start, because they decide whether an existing mould is usable at all. Our reference on bottle neck finishes explained covers the common thread sizes, and our guide to matching caps to a neck finish covers the closure side.
When is a 3D concept render worth paying for before you commit?
Worth it in three situations, and not worth it in the others.
| Situation | Is a 3D concept render worth it | Reason |
|---|---|---|
| You have a reference image and want to know how close a stock mould is | Yes | A render overlays your target on the candidate shape and shows the gap before anyone cuts steel |
| You know you will open new tooling but the shape is not resolved | Yes | It is cheap relative to a tooling fee and prevents a re-cut |
| You are choosing between two stock moulds | Usually no | Physical samples answer that question faster and more reliably |
| You have already approved a physical sample | No | The sample is the truth; further renders only add cost |
| Your differentiation is in the formula or fragrance, not the bottle | No | Spend the budget on stock packaging and put it into inventory instead |
One practical note: a render is a communication tool, not a manufacturing file. It has to become a dimensioned drawing with tolerances before a tool can be cut, and the drawing is what the factory works from.
What do you need to do during the 30 working days of new tooling?
Roughly 30 working days is the tooling window. It is only 30 working days if the customer side responds promptly — most delays are not factory delays, they are approval delays.
| Stage | What the customer must provide or approve | Typical bottleneck |
|---|---|---|
| Drawing proposal | Confirmed capacity, dimensions, neck finish, closure choice, decoration | Decisions taken one at a time over weeks |
| Drawing sign-off | Written approval of the dimensioned drawing, including tolerances | Unsigned drawings returned for revision |
| First trial article | Physical approval of a trial bottle — capacity, wall feel, neck fit | Approval requested but never returned |
| Correction loop | Consolidated, written change requests | Multiple small comments arriving separately, each restarting the loop |
| Golden sample sign-off | One named approver confirming the sample in writing | Several stakeholders giving conflicting feedback |
| Pre-production check | Confirmation of decoration artwork, carton and shipping marks | Artwork arriving after tooling is finished |
Our advice is to name one approver on your side before tooling starts, and to send corrections as one consolidated list rather than item by item. How the sample approval step works in practice is covered in signing off the golden sample before mass production.
How should mould fee, drawing fee and ownership be written into a contract?
Buyers frequently accept terms they do not fully understand here, and the difference between a refundable tooling fee and a non-refundable one is real money. Ask for these four things in writing before the first payment.
- What the drawing fee covers, and whether it is separate from the tooling fee. A drawing fee pays for the dimensioned design. A tooling fee pays for cutting the cavity. They are different work and are sometimes quoted together, which makes refunds ambiguous.
- Whether the tooling fee is refundable in cash, creditable against future orders, or neither. Credit against future orders is usually the realistic form. Cash refund is rare.
- The refund or credit threshold, stated as a cumulative quantity. “Refundable on orders over X pieces” is workable. “Refundable at the supplier’s discretion” is not.
- Who owns the tooling after payment. In most arrangements the customer owns the tool once it is paid for, but physical possession stays with the factory. Ownership and custody are different things, and the contract should not blur them.
If you later want to move production elsewhere, the practical question is not who owns the tool in the abstract — it is whether the receiving factory will accept it and whether the dimensions match their equipment. That is covered in taking a mould to another factory, and the fee mechanics in whether the mould fee is a one-time refundable charge.
What buyers actually asked us
Real questions from inquiries we handled. Company names, countries and order quantities have been removed, because those are our customers’ business, not ours to publish.
“If a slimmer version needed a custom mould, what would the mould cost and the lead time be, and would the unit price stay the same? Please also confirm whether the mould cost is refundable or credited against a larger order.” — hygiene and industrial products wholesaler, UK
“How closely will you be able to replicate the bottle and cap colour from a Pantone reference? If matching the colour means changing the tool, I need to know that before we commit to a mould.” — bath and shower brand, North America
The first question contains three separate negotiations — tooling cost, lead time and whether the unit price moves — and they do not always move together. Ask for them separately.
Three mistakes we see every year
1. Asking for a thinner or slimmer body and treating it as a modification. Body geometry is the cavity. A request to slim down a rectangular bottle is usually a new tool, and pricing it as a modification is how a quotation turns into an argument. If the change is visible in the hand, price it as new tooling.
2. Agreeing to a refundable tooling fee with no threshold written down. “Refundable on sufficient volume” is not a term. Without a cumulative piece count, the refund is a promise with no trigger, and it will not be honoured.
3. Starting tooling before the golden sample stage has a named approver. Tooling is where delays compound. If approvals sit with a group and no one is accountable for returning them, a 30 working day window becomes two months and the launch date moves with it.
What to confirm before you pay a tooling fee
Work through this list with any supplier before the first payment:
- Whether the shape you want exists as a stock mould, and how close the closest match is
- Whether the change you need is at the neck or on the body
- Dimensioned drawing with stated tolerances, plus nominal and overflow capacity
- Drawing fee and tooling fee quoted separately
- Tooling lead time, and the named stages your team must approve
- Refund or credit threshold, written as a cumulative piece quantity
- Tooling ownership and custody in writing
- Number of physical samples included, and the cost of additional rounds
- Whether artwork and decoration are ready before the pre-production check
If a supplier cannot answer the first two questions, they are quoting a tool rather than advising a route. Our stock mould library covers more than 2,000 existing shapes, and the faster way to check availability is to send the capacity and closure you need.
Frequently asked questions
How long does new bottle tooling take?
Roughly 30 working days before production begins. The window depends on your response speed: unsigned drawings and unapproved trial articles are the usual cause of delay, not factory capacity.
Can an existing mould be modified to a different neck finish?
Often yes. Neck and closure changes are the modifications that are usually feasible, because a new insert can be cut. Body shape and profile changes are not, and require new tooling.
Is the mould fee refundable?
It depends on the contract. The usual form is credit against future orders once a cumulative quantity is reached, rather than a cash refund. Ask for the threshold in writing as a piece count.
Who owns the mould after I have paid for it?
Normally the customer owns the tool once payment is made, while the factory retains physical custody of it. Confirm both in writing, because ownership and custody are separate questions.
Do I need a 3D render before committing to a new tool?
Useful when you have a reference image or an unresolved shape, and largely unnecessary once a physical sample has been approved. A render has to become a dimensioned drawing before any tool can be cut.
Can I switch factories later and bring my mould?
Possible, but the receiving factory must accept the tool and the dimensions must suit their equipment. Confirm this before tooling starts rather than after a supplier relationship breaks down.
About Shijin Packaging
Shijin Packaging Products Co., Ltd. has been manufacturing plastic packaging in Shenzhen, Huizhou and Guangzhou since 2003. We run ISO 9001, GRS and SGS audited production and ship roughly 500,000 bottles a day for cosmetic, personal care, household, car care and food-grade customers. We hold more than 2,000 existing moulds precisely so that stock and modification routes can be offered as real alternatives to tooling.
Send us your reference: a photo, a sketch or a dimensioned drawing is enough for us to tell you whether a stock mould is close, whether a modification is feasible, or whether you are looking at new tooling.