The price of the liquid is only part of the cost.
When customers first discuss private label, one of the first questions is usually:
“What does the product cost per bottle?”
That is understandable.
But the final unit price is influenced by much more than the formulation itself.
A finished private-label product can include cost from:
raw materials
packaging
closures
labels
cartons
filling
production setup
quality control
development
regulatory work
logistics
inventory
order quantity
The cheapest formulation is therefore not automatically the cheapest commercial product.
And the lowest €/bottle does not automatically create the highest margin.
Start with the formulation
The chemistry itself is one cost component.
Raw-material cost can vary significantly depending on:
active concentration
ingredient quality
specialty additives
polymers
solvents
fragrances
pigments
preservatives
supplier volumes
A formulation designed around widely available raw materials may have a very different cost structure from one using specialist chemistry.
Higher concentration usually costs more per litre
A concentrated product often contains more active material.
That can increase the cost of the concentrate itself.
But that does not necessarily make the product more expensive to use.
For example:
Product A
€3.00 per litre
Used neat
Product B
€8.00 per litre
Diluted 1:10
Product B costs more per litre.
But potentially far less per use.
That is why unit cost should sometimes be evaluated as:
cost per application
rather than only:
cost per bottle
Ingredient cost is not the same as product value
Two formulations can have similar raw-material cost but very different commercial value.
For example:
One may offer:
better application
stronger fragrance
higher concentration
longer durability
faster working time
The customer does not buy raw materials.
They buy the finished experience and performance.
Packaging can cost more than the chemistry
In some products, the bottle, trigger, label and carton represent a significant part of total cost.
Especially for:
low-cost cleaners
small-format products
premium bottles
custom closures
special decoration
A formulation may cost €0.80.
The finished package may cost significantly more.
Packaging strategy is therefore a major commercial decision.
Bottle cost
Bottle price can depend on:
material
size
weight
colour
shape
supplier
order quantity
custom tooling
decoration
A custom bottle may improve brand identity.
But it can also increase:
unit cost
MOQ
inventory
lead time
The value needs to justify the complexity.
Trigger cost
Triggers are often treated as a small component.
But they can materially affect both price and quality.
Cheaper triggers may create:
poor spray pattern
leakage
failure
customer complaints
A stronger trigger may cost more but reduce problems later.
The right decision should consider:
component price + customer experience + failure risk.
Label cost
Labels are affected by:
size
material
finish
colour count
adhesive
print method
quantity
number of versions
Premium finishes such as:
metallic effects
special laminates
textured materials
can add cost.
They can also add perceived value.
The commercial question is whether that value matters to the target customer.
Cartons and secondary packaging
A finished unit may also require:
individual carton
shipping carton
insert
protective packaging
dividers
These influence:
cost
transport
presentation
damage risk
Retail and e-commerce can require very different secondary packaging.
Filling cost
Filling cost depends on more than volume.
Relevant factors can include:
viscosity
foam
bottle shape
fill speed
closure type
label application
production quantity
line setup
manual handling
A simple 500 ml liquid can be much easier to fill than:
thick gel
foaming product
small 30 ml coating
awkwardly shaped bottle
The physical product affects production economics.
Production setup cost
Every production run requires:
preparation
setup
cleaning
documentation
scheduling
QC
These fixed costs are distributed across the production quantity.
That is why smaller runs generally cost more per unit.
Example
Suppose production setup costs €1,000.
1,000 units
€1.00 setup cost per unit.
10,000 units
€0.10 setup cost per unit.
The chemistry has not changed.
The economics have.
Batch size matters
Larger batches can reduce:
setup cost per unit
labour per unit
filling cost per unit
But they also increase:
inventory
capital commitment
storage
commercial risk
The correct batch size balances production efficiency with demand.
Development cost
Private-label projects can involve very different levels of development.
PROVEN PLATFORM
Minimal formulation work.
Lower development cost.
CUSTOMIZED TECHNOLOGY
Additional development and testing.
Moderate development cost.
BESPOKE DEVELOPMENT
More significant:
R&D
sampling
testing
validation
project management
Higher development cost.
These costs need to be absorbed somewhere.
Development is not free because the sample is small
A 500 g laboratory sample may contain very little raw material.
But creating it may require:
chemist time
formulation work
documentation
sourcing
repeated testing
customer communication
The cost is in the development work.
Not the grams of product.
Number of development rounds matters
A project with:
V01
V02
V03
is commercially different from one that reaches:
V14.
Excessive iteration creates:
more R&D time
more samples
more shipping
more project management
longer lead time
This is why a strong brief reduces cost.
Regulatory cost
Depending on the project, regulatory work can include:
classification
SDS
UFI / PCN
label review
translations
market-specific documentation
An international launch usually requires more work than a single-market project.
That cost should be considered early.
Multiple languages create cost
Every additional language can influence:
SDS
label
artwork
review
version management
The cost may be relatively small per unit at high volume.
At low volume, complexity becomes more noticeable.
Quality control costs money
Commercial production may require:
sampling
pH measurement
viscosity measurement
density
visual checks
retained samples
release documentation
Quality control is part of the product cost.
Removing QC to save a few cents is rarely sensible.
Specialist testing can add cost
Some products may require additional testing such as:
stability
compatibility
performance
packaging
durability
The required level depends on the product and claims.
A more ambitious claim may require more evidence.
Raw-material sourcing can influence cost
The cheapest raw material is not always the best option.
Consider:
consistency
supplier reliability
documentation
availability
lead time
minimum order quantity
A slightly more expensive material with reliable global supply may reduce risk.
Supplier changes can create hidden costs
A cheaper alternative raw material might require:
reformulation
retesting
stability work
regulatory updates
new documentation
The saving may disappear quickly.
Total lifecycle cost matters.
Inventory cost
Finished goods sitting in a warehouse tie up capital.
So do:
bottles
triggers
labels
custom cartons
raw materials
A project with very low unit cost but excessive inventory can have poor economics.
Storage cost
Large packaging commitments can require significant space.
This is especially relevant for:
bulky bottles
triggers
cartons
5 L containers
Packaging takes up space before it creates revenue.
Freight cost
Freight depends on:
weight
volume
pallet efficiency
hazardous-goods status
destination
shipping method
A low-cost product in inefficient packaging may become expensive to ship.
Shipping water
For some products, concentration can improve logistics.
A concentrated professional cleaner may allow customers to transport less finished volume.
But concentration only makes sense if:
users can dose correctly
performance remains strong
the commercial proposition is clear
Again, there is no universal best model.
Hazardous-goods transport
Certain classifications may increase logistics complexity and cost.
This can affect:
carrier selection
packaging
documentation
shipping restrictions
Regulatory decisions can therefore influence commercial economics.
Cost per bottle can be misleading
Imagine two products.
PRODUCT A
Purchase price: €4.00
Retail price: €16.00
PRODUCT B
Purchase price: €5.50
Retail price: €29.00
Product B costs substantially more.
But it may produce:
higher absolute margin
stronger positioning
better customer perception
The cheaper product is not automatically more profitable.
Margin should be calculated in euros too
Brands often focus heavily on margin percentage.
But also consider absolute contribution.
Example:
Product A
Retail: €15
Cost: €5
Gross contribution: €10
Product B
Retail: €30
Cost: €8
Gross contribution: €22
Even if channel economics differ, product B has more room to support:
distribution
marketing
promotions
sales commissions
The full commercial structure matters.
Distributor economics
If a product goes through:
Manufacturer
↓
Brand
↓
Distributor
↓
Retailer
↓
Consumer
each stage needs enough margin.
A product that works financially in direct-to-consumer sales may not work in distribution.
The target channel should therefore be known during development.
Work backwards from retail
One useful method is to start with the intended retail price.
For example:
Target RRP
€24.95
Then consider:
VAT
retailer margin
distributor margin
brand margin
logistics
product cost
This gives a more realistic target purchase price.
Example commercial waterfall
Simplified example:
Consumer price:
€24.95 incl. VAT
↓
Net retail price
↓
Retail margin
↓
Distributor margin
↓
Brand contribution
↓
Logistics
↓
Maximum product cost
The actual model depends on the channel.
But the principle is important:
Formulation economics should support the final sales model.
Cost targets should be given to R&D
If the product must cost:
no more than €3.50 ex works
that matters during formulation.
Do not wait until V06 to reveal it.
Cost is one of the technical constraints.
Cost optimization is easier when priorities are clear
Suppose a formulation is too expensive.
R&D can ask:
What cannot change?
durability
fragrance
application
What can change?
colour
minor sensory characteristics
concentration
This allows intelligent optimization.
Without priorities, cost reduction can damage the product.
Do not optimize the wrong 10 cents
A common mistake is spending significant development effort removing a small amount from formula cost while ignoring bigger components.
For example:
Formula
€1.10
Bottle + trigger
€1.40
Label
€0.35
Filling + QC
€0.60
Total before logistics:
€3.45
Trying to save €0.08 from the chemistry may be less useful than optimizing a €1.40 packaging system.
Look at the whole product.
Product cost should be broken down by category
A useful cost model can include:
FORMULATION
Raw materials
PACKAGING
Bottle
Closure
Trigger
Label
PRODUCTION
Batching
Filling
Packing
QUALITY
QC / retain / release
PROJECT
Development
Regulatory
LOGISTICS
Carton
Pallet
Transport
This makes optimization much easier.
Low cost can create higher downstream cost
Saving money on:
trigger quality
label material
bottle compatibility
can later create:
returns
complaints
damaged parcels
poor reviews
customer support
The correct objective is:
lowest total commercial cost
not:
cheapest component.
Product positioning determines acceptable cost
A €12 retail product may require aggressive cost discipline.
A €70 specialist product may prioritize:
performance
premium packaging
small-batch production
Trying to use the same cost architecture for both would make little sense.
Hero products can carry different economics
A flagship coating may:
sell lower volume
require more development
cost more to manufacture
but create brand authority.
A shampoo may generate:
higher repeat purchase
larger volume
broader distribution
Range profitability should therefore be considered at portfolio level too.
Not every SKU needs the same margin
Some products may exist to:
attract new customers
complete a bundle
drive repeat purchase
establish technical credibility
Portfolio strategy can justify different margin structures.
Cost and quality are not perfectly correlated
More expensive does not always mean better.
Some high-cost ingredients add little value.
Some excellent technologies are commercially efficient.
Good formulation aims for:
the right performance at the right cost.
Not maximum raw-material spend.
Cost and complexity often move together
Complexity creates cost through:
more raw materials
more packaging
more SKUs
more labels
more markets
more testing
more inventory
Simplification can therefore improve economics without reducing product quality.
The cost of too many SKUs
Consider:
20 products
× 3 pack sizes
× 4 language versions
That creates:
240 finished SKU combinations.
Even if each product sells reasonably well, the operational complexity can become enormous.
Product architecture influences cost.
Standardization can protect margin
A brand might standardize:
bottle families
closures
triggers
cartons
while keeping formulations and branding differentiated.
That can reduce cost without making the brand generic.
Cost optimization should happen over time
The best cost structure at launch may not be the best structure at scale.
At higher volumes, it may make sense to:
negotiate raw materials
change packaging format
direct print
automate
increase batch size
optimize logistics
Do not force high-volume economics onto an early-stage project prematurely.
Price should improve with scale for a reason
Volume can create efficiencies in:
procurement
setup
batching
filling
packaging
freight
A credible volume price structure should reflect those real efficiencies.
Not arbitrary discounting.
Ask for volume tiers
Instead of asking:
“What is the price?”
ask:
At 1,000 units?
At 5,000 units?
At 10,000 units?
At 50,000 units?
This helps you understand the scale economics.
Compare like with like
When comparing manufacturers, ensure quotations include the same scope.
One quote may include:
formulation
bottle
trigger
label
filling
QC
regulatory
Another may include only:
bulk liquid
The cheaper quote may not actually be cheaper.
Ask what is excluded
Relevant exclusions may include:
freight
artwork
tooling
development
testing
labels
regulatory notifications
storage
packaging
Clarify the complete commercial model.
The hidden cost of changing suppliers
Moving an established product to another manufacturer may involve:
redevelopment
new validation
new packaging
new documentation
new samples
customer testing
transition inventory
The new bottle price should be compared against the full switching cost.
Total Cost of Ownership
A useful concept is:
TOTAL COST OF OWNERSHIP
This includes not only purchase price, but also:
development
inventory
logistics
quality
failure rate
customer complaints
regulatory maintenance
operational complexity
For serious brands, this is often more important than raw unit price.
Example: two private-label offers
SUPPLIER A
Finished unit:
€3.20
But:
very high MOQ
custom packaging inventory
separate regulatory fees
high freight
limited development support
SUPPLIER B
Finished unit:
€3.65
But:
lower inventory commitment
better standard packaging
development included
easier logistics
better support
The €0.45 difference does not automatically mean Supplier A is cheaper overall.
Build a product-cost target
For each development, define:
TARGET RRP
CHANNEL
TARGET BRAND MARGIN
TARGET PURCHASE PRICE
EXPECTED VOLUME
PACK SIZE
REQUIRED PERFORMANCE
This gives both commercial and technical teams a common target.
Example cost hierarchy
When cost reduction is necessary, review in this order:
1. REMOVE UNNECESSARY COMPLEXITY
Too many variants?
2. REVIEW PACKAGING
Can components be standardized?
3. REVIEW PRODUCTION VOLUME
Can batch efficiency improve?
4. REVIEW LOGISTICS
Can pack/pallet efficiency improve?
5. REVIEW FORMULATION
Can raw-material structure be optimized without compromising key performance?
This is usually smarter than immediately weakening the chemistry.
The Infinitec approach
We prefer to understand the commercial target early.
That includes:
target market
retail position
sales channel
purchase-price expectation
initial quantity
annual volume
packaging requirements
This allows development to balance:
PERFORMANCE
POSITIONING
COST
SCALE
A technically excellent product that does not fit the commercial model is not yet the right product.
The key principle
Do not ask only:
How cheap can we make the bottle?
Ask:
What product creates the strongest commercial return at the performance level our brand requires?
That is a much better development question.
Building a cost model for a new product?
Tell us:
target retail price
channel
expected volumes
packaging
product category
required performance
We can consider commercial constraints during development rather than after the formulation has been finalized.
Continue reading:
Next: Pilot Production & the First Commercial Run
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