How to Calculate the Total Rollout Cost of a Cardboard Display Program
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Table of Contents
The factory unit price is often the first number buyers examine when comparing cardboard display quotations. It is also one of the easiest numbers to misinterpret.
A retail display program may involve structural design, full-size samples, print setup, export cartons, international freight, customs clearance, warehousing, store distribution, assembly, product loading and merchandising. When displays are damaged, delivered late or never installed, the effective cost rises again.
For this reason, the lowest production price does not always lead to the lowest project cost.
A more useful question is:
How much does it cost to place one complete, usable cardboard display in an active retail location?
Answering that question requires a broader cost model—one that follows the display from development through production, transport and final store activation.
Quick Answer: How Is Total Rollout Cost Calculated?
A practical formula is:
Total Rollout Cost = Development Cost + Manufacturing Cost + Packing and Logistics Cost + Store Activation Cost + Additional Risk Cost
These five categories cover the main expenses involved in a cardboard display program:
- Design, structural engineering and sampling
- Printing and manufacturing
- Packing, freight and import handling
- Store distribution, assembly and merchandising
- Additional replacement, rework and delivery costs
A supplier comparison should therefore look beyond the factory unit price.
The most useful figures are usually:
- Factory cost per display
- Landed cost per display
- Cost per delivered display
- Cost per activated display
- Cost per activated store
What Is Included in the Total Rollout Cost?
Total rollout cost covers the money required to develop, manufacture, transport and activate a display program.
These expenses may appear across several quotations rather than one supplier invoice. The display manufacturer, freight forwarder, customs broker, warehouse, co-packer and merchandising team may each charge for a different part of the rollout.
Understanding where each cost sits makes supplier comparisons more reliable.
Factory Unit Cost
The factory unit cost is the production price of one display.
Subject to the quotation scope, it may cover:
- Corrugated board
- Printed paper
- Printing
- Lamination or coating
- Mounting
- Die-cutting
- Gluing
- Basic factory assembly
- Standard export cartons
- Internal protective packing
The problem is that suppliers do not always define the unit price in the same way.
One quotation may include the die-cutting tool and export cartons. Another may list them separately. A third may include partial pre-assembly or palletisation.
Before comparing prices, ask each supplier to state clearly what the unit price includes.
Total Landed Cost
Landed cost is the amount required to move the displays from the production facility to the buyer’s warehouse or distribution centre.
It may include:
- Export cartons
- Pallets
- Inland transport
- Export documentation
- Ocean or air freight
- Cargo insurance
- Customs brokerage
- Import duties and taxes
- Port handling
- Container unloading
- Delivery to the receiving warehouse
- Warehouse receiving charges
For cardboard displays, packed volume often has a greater effect on freight than product weight.
A structure that folds efficiently may cost slightly more to produce but still generate a lower landed cost by increasing the number of displays packed into each carton, pallet or container.
Store Activation Cost
Arrival at the warehouse does not mean the display is ready for use.
Before it reaches the sales floor, it may still need to be:
- Allocated to a store
- Picked and dispatched
- Delivered
- Unpacked
- Assembled
- Positioned
- Loaded with products
- Checked against the planogram
Store activation expenses can include:
- Distribution from the warehouse to stores
- Store assembly labour
- Third-party installation
- Product loading
- Merchandising
- Installation photography
- Compliance checks
- Replenishment
- Display removal after the campaign
These costs are commonly managed outside the manufacturing contract, yet they can materially change the cost of each successful installation.
Additional Risk and Loss Cost
Retail rollouts rarely proceed without exceptions.
Extra costs may arise from:
- Transit damage
- Missing parts
- Incorrect assembly
- Delayed delivery
- Artwork errors
- Retailer specification issues
- Replacement production
- Express freight
- Rework
- Repeat store visits
- Unused inventory
The original production and freight cost of an unused display has already been paid. It should not be added to the budget a second time.
Only additional expenses—such as remanufacturing, re-delivery, correction work or emergency shipping—should be entered as separate risk costs.
Define the Project Scope Before Requesting a Quote
Accurate costing begins with an accurate brief.
Without confirmed product dimensions, weight, display quantity, packing requirements and delivery information, a supplier can provide only a provisional estimate.
The project scope should be agreed before quotations are compared.
Display Type and Structural Requirements
Start by defining the display format.
Common options include:
- Floor displays
- Counter displays
- PDQ displays
- Dump bins
- Hook displays
- Power wing or sidekick displays
- Pallet displays
- Retail display trays
- Totem displays
- Standee displays
The supplier also needs to know:
- Product dimensions
- Product weight
- Total loaded weight
- Number of shelves
- Shelf span
- Display height
- Available floor space
- Planned campaign duration
- Stability requirements
- Anti-tip requirements
- Retailer size restrictions
- Required hooks, clips or accessories
A small counter unit for lightweight packaged products cannot be costed in the same way as a multi-shelf floor display carrying bottles, tools or household goods.
Product Capacity and SKU Plan
The loading plan influences both the display structure and the number of units required.
Confirm:
- Units per display
- Number of SKUs
- Units allocated to each SKU
- Product orientation
- Total loaded weight
- Expected replenishment frequency
- Need for trays or dividers
- Need for hooks or adjustable parts
A display with insufficient capacity may need frequent replenishment. A display with excessive capacity may use more board, occupy more retail space and increase freight volume.
Capacity should be based on the campaign period, expected demand and available store footprint.
Production Quantity and Store Count
The number of displays produced is not necessarily the number of displays activated.
Additional units may be required for:
- Samples
- Retailer approval
- Replacement
- Regional offices
- New store openings
- Damage contingency
- Later campaign phases
The budget should distinguish between:
- Displays produced
- Planned store locations
- Displays required per store
- Displays delivered
- Displays activated
- Spare inventory
- Replacement inventory
This distinction becomes critical when the final cost per activated store is calculated.
Packing and Delivery Requirements
The delivery format affects factory labour, packed volume, warehouse handling and store assembly.
The buyer should confirm whether the displays will be supplied:
- Flat-packed
- Partially pre-assembled
- Fully pre-assembled
- Pre-filled with products
- Packed with separate product trays
- Palletised
- Delivered to one warehouse
- Delivered to several distribution centres
- Shipped directly to stores
The quotation brief should also include:
- Destination country
- Delivery location
- Preferred shipping method
- Number of distribution centres
- Pallet requirements
- Maximum carton dimensions
- Maximum carton weight
- Retailer labelling requirements
- Required Incoterm
Step 1: Calculate Design and Pre-Production Costs
Development expenses are incurred before the production run begins.
Some are fixed charges. Others increase when the project requires additional samples, revisions or testing.
Concept and Structural Engineering
Structural development may involve:
- Product and retail requirement review
- Display concept development
- CAD structural design
- Shelf and base engineering
- Locking mechanism design
- Assembly planning
- Packing structure design
- 3D rendering
- Artwork layout guidance
A straightforward project may only need an existing structure to be adapted.
A heavy-duty display, multi-SKU unit or retailer-specific format may require several engineering rounds before the structure is ready for sampling.
TopwellDisplay can work from existing artwork, a reference display or a basic product brief. The structural concept, loading arrangement, 3D presentation and production dieline can then be developed around the product and retail requirements.
Prototype and Sample Development
A prototype allows the buyer and supplier to verify the display before mass production.
The sampling process may include:
- Unprinted white sample
- Digital colour sample
- Full-size printed mock-up
- Product loading trial
- Shelf deflection observation
- Stability check
- Assembly trial
- Packing test
- Revised sample
- Pre-production sample
Sampling is especially important when the display carries heavy products, includes several loose components or must comply with a retailer’s detailed specifications.
TopwellDisplay can provide structural samples, 3D renderings and full-size mock-ups. Unprinted samples can generally be prepared more quickly than fully printed versions because they do not require the complete printing and finishing process.
Tooling, Artwork and Prepress
Pre-production charges may include:
- Die-cutting tools
- Printing plates
- Artwork review
- Dieline adaptation
- Colour separation
- Proofing
- Barcode checking
- Retail label placement
- Machine setup
Most of these are fixed or one-time project costs.
They can be allocated across the production quantity:
Allocated Setup Cost per Display = Total Setup Cost ÷ Production Quantity
A short production run carries a higher setup cost per display. As order quantity rises, the same fixed charges are spread across more units.
Step 2: Calculate Manufacturing Cost
Manufacturing cost depends on the board specification, printing method, structural complexity, finishing process and order quantity.
Corrugated Board and Structural Materials
Board selection should reflect:
- Product weight
- Shelf span
- Display height
- Retail duration
- Shipping conditions
- Store environment
- Stability requirements
Cost factors may include:
- Flute type
- Single-wall or double-wall board
- Paper grade
- Board thickness
- Recycled content
- Shelf reinforcement
- Internal supports
- Base reinforcement
- Plastic connectors
- Metal or plastic hooks
Lowering the board specification may reduce the quoted price, but it can also increase the likelihood of shelf deformation, transit damage or replacement.
The aim is not to use the maximum amount of material. It is to match the structure and board grade to the actual load.
Printing and Surface Finishing
Available printing and finishing methods may include:
- Digital printing
- Offset lithographic printing
- Flexographic printing
- Water-based coating
- Gloss or matte lamination
- Protective varnish
- Special surface treatments
The choice should reflect:
- Order quantity
- Artwork complexity
- Required print quality
- Colour consistency
- Display duration
- Surface protection
- Production schedule
Premium finishing may be justified for a high-value brand campaign. It may add unnecessary cost to a short-term promotion where durability and speed matter more than elaborate visual effects.
Die-Cutting, Gluing and Factory Assembly
Part count has a direct effect on production time and labour.
Manufacturing becomes more involved when the display includes:
- Several separate shelves
- Multiple reinforcement pieces
- Numerous glue points
- Small locking components
- Plastic accessories
- Metal hooks
- Hand-applied parts
- Partial factory assembly
Loose parts also create downstream costs. They complicate packing, increase the risk of missing components and lengthen store assembly time.
During design review, buyers should ask:
- How many separate parts are required?
- Which parts need manual gluing?
- Which sections arrive pre-assembled?
- Can two components be combined?
- Can the structure be simplified without weakening it?
Order Quantity and Production Efficiency
Many production expenses are fixed or semi-fixed, including:
- Material preparation
- Printing setup
- Die-cutting setup
- Machine calibration
- Labour preparation
- Quality control setup
- Packing line setup
Higher quantities can reduce the allocated setup cost per display.
That does not mean buyers should order more than the rollout requires. Excess production may create:
- Additional inventory
- Storage charges
- Working-capital pressure
- Outdated graphics
- Unused displays
- Disposal costs
The final quantity should follow the store plan, campaign schedule and replacement strategy—not the unit price alone.
Step 3: Calculate Packing and Freight Cost
Packing and transport can significantly alter the economics of an international display program.
Flat-Pack Carton Design
A well-planned flat-pack carton should protect the display while using as little unnecessary space as possible.
Review:
- Folded display dimensions
- Displays per carton
- Carton size
- Carton gross weight
- Arrangement of components
- Protection of printed surfaces
- Position of accessories
- Placement of assembly instructions
- External carton markings
Poor carton design can lead to:
- Excessive freight volume
- Scratched print
- Bent shelves
- Crushed corners
- Lost components
- Confusing unpacking
The export carton should be designed alongside the display structure, not after the display has already been approved.
Pallet and Container Utilisation
Container efficiency should be part of the quotation review.
Ask:
- How many displays fit in one carton?
- How many cartons fit on a pallet?
- What is the final pallet height?
- How many pallets fit in the selected container?
- How many displays fit in a 20GP, 40GP or 40HQ?
- Can the folded size be reduced?
- Is any paid space being wasted?
A supplier with a higher production price may still deliver a lower landed cost if the structure packs more efficiently.
Freight Cost per Display
Shipment volume can be calculated as:
Shipment Volume = Carton Length × Carton Width × Carton Height × Carton Quantity
The freight cost per display is then:
Freight Cost per Display = Total Freight Cost ÷ Displays Shipped
For a consistent supplier comparison, request:
- Carton dimensions
- Displays per carton
- Gross weight
- Net weight
- Total carton quantity
- Total CBM
- Pallet quantity
- Estimated container loading
Customs, Duties and Local Delivery
Ocean or air freight is not the final logistics cost.
The buyer may also need to account for:
- Customs brokerage
- Import duties
- Import taxes
- Port handling
- Container unloading
- Warehouse receiving
- Pallet handling
- Inland transport
- Distribution centre charges
- Delivery appointments
Responsibility for these charges depends on the agreed Incoterm and service scope.
Before accepting a quotation, confirm whether the offer is based on EXW, FOB, CIF, DAP, DDP or another delivery arrangement.
Step 4: Calculate Store Activation and Execution Cost
Store activation is often one of the least visible items in the original display budget.
It can also be one of the most expensive.
H3: In-Store Assembly Labour
Assembly cost can be estimated using:
Assembly Cost per Display = Setup Time × Labour Rate
The calculation should include:
- Average assembly time
- Number of people required
- Local labour rate
- Tool requirements
- Product-loading time
- Positioning time
- Packing disposal
A difference of only a few minutes per display becomes significant when repeated across hundreds of stores.
Assembly testing should therefore measure not only whether the unit can be built, but whether someone seeing it for the first time can complete the process without assistance.
TopwellDisplay supports flat-pack, palletised and co-packed delivery. Many flat-packed structures can be designed for assembly within several minutes, although the approved production sample should always be used to verify the actual setup time.
Partial Assembly and Co-Packing
Some of the work normally completed in-store can be moved upstream through:
- Factory pre-gluing
- Partial pre-assembly
- Distribution centre assembly
- Third-party assembly
- Product co-packing
- Pre-filled delivery
These services increase front-end handling but may reduce:
- Store labour
- Assembly errors
- Missing components
- Delayed placement
- Incorrect SKU loading
- Retail execution problems
TopwellDisplay’s fulfilment services can include packing, palletisation, display assembly, product loading, co-packaging and shipment to the agreed destination.
This arrangement can be particularly practical when the products or accessories are already being manufactured in China and the buyer wants to coordinate loading and display production before export.
Distribution to Individual Stores
Moving displays from a central warehouse to retail locations may require:
- Store allocation
- Pick-and-pack labour
- Pallet breakdown
- Parcel distribution
- Regional distribution centre handling
- Store-specific labels
- Split shipments
- Delivery appointments
Costs rise when:
- The campaign covers many locations
- Stores receive different quantities
- Several display versions are involved
- The launch date is fixed
- Products and displays travel separately
- Stores have narrow receiving windows
Synchronising product and display delivery is essential. A display that reaches the store without the product—or after the campaign begins—may remain in storage even though the shipment was technically completed.
Merchandising and Compliance Checks
Some programs require field support such as:
- Display assembly
- Product loading
- Planogram checks
- Price label placement
- Photo verification
- Store manager approval
- Replenishment
- Display maintenance
- Removal after the campaign
Where these activities are necessary, they belong in the rollout budget.
Step 5: Add Replacement, Rework and Failure Costs
A sound cost model should allow for the additional work created when the original plan does not proceed as expected.
Transit Damage and Replacement
Damage can occur during:
- Factory handling
- Pallet loading
- Container transport
- Port handling
- Warehouse storage
- Store distribution
- Final unloading
Typical problems include:
- Crushed corners
- Scratched graphics
- Bent shelves
- Moisture damage
- Broken hooks
- Damaged cartons
- Missing components
Replacing a damaged display may involve more than making a new unit.
Additional charges can include:
- Priority production
- Extra quality inspection
- Express freight
- Local re-delivery
- A second installation visit
- Lost campaign time
Spare quantities should reflect the actual structure, route, delivery schedule and replacement lead time rather than a standard percentage applied to every project.
Missing Parts and Assembly Errors
Loose components increase the risk of:
- Packing mistakes
- Missing accessories
- Parts being overlooked
- Incorrect shelf installation
- Incomplete setup
- Abandoned assembly
A structure with fewer parts and clearer instructions is easier to pack, distribute and install.
Delayed or Unused Displays
A display may be produced and delivered but never reach the sales floor.
Possible reasons include:
- Late delivery
- Product arriving separately
- No available store space
- A revised campaign date
- Lack of store labour
- Displays remaining in the stockroom
- Retailer approval problems
- Campaign cancellation
Unused displays should reduce the activated quantity in the final calculation.
Their original manufacturing and freight cost should not be added again unless the project incurs new replacement, rework or delivery expenses.
Rework and Specification Errors
Rework may be caused by:
- Incorrect artwork
- Wrong barcodes
- Missing legal text
- Incorrect carton labels
- Retailer size violations
- Failed loading tests
- Failed structural tests
- Incorrect product fit
- Non-compliant distribution packaging
Confirming product information, artwork and retailer requirements before production is usually far less expensive than correcting them after printing or assembly.
How to Calculate Cost per Activated Store
Factory price is useful for comparing production quotations. It does not show the cost of a completed rollout.
The more practical calculation is:
Cost per Activated Store = Total Rollout Cost ÷ Number of Stores Where the Display Was Successfully Installed
Several related metrics help identify where costs are accumulating.
Cost per Display Produced
Cost per Display Produced = Total Project Cost ÷ Displays Produced
This compares total project spending with the original production quantity.
Cost per Display Delivered
Cost per Display Delivered = Total Project Cost ÷ Displays Successfully Delivered
This figure reflects losses or failures before store activation.
Cost per Display Activated
Cost per Display Activated = Total Rollout Cost ÷ Displays Successfully Installed and Used
This measure is more relevant when some units are damaged, delayed or left unassembled.
Cost per Store
When several displays are installed in one location:
Cost per Store = Total Rollout Cost ÷ Activated Store Count
The calculation may include:
- Manufacturing
- Freight
- Distribution
- Assembly
- Product loading
- Merchandising
- Additional replacement costs
For a multi-store campaign, cost per activated store is often more useful than the quoted production price.
Worked Example: A 1,000-Display Retail Rollout
The following example is illustrative. The figures are used to explain the calculation method.
Actual costs depend on the structure, quantity, print specification, shipping route, Incoterm, labour market and retail execution model.
Project Scope
- 1,000 floor displays produced
- 900 planned retail locations
- 100 units reserved for samples, replacement and rollout variation
- 960 displays delivered into the distribution network
- 880 displays successfully activated
- One display installed in each active store
Project Cost
| Cost Category | Illustrative Cost |
|---|---|
| Structural design and sampling | USD 4,700 |
| Manufacturing | USD 24,000 |
| Export cartons and pallets | USD 3,500 |
| International freight | USD 7,000 |
| Customs and local delivery | USD 5,500 |
| Warehouse handling and store distribution | USD 8,000 |
| Assembly and merchandising | USD 9,000 |
| Additional replacement and re-delivery | USD 1,500 |
| Total Rollout Cost | USD 63,200 |
The additional USD 1,500 covers replacement production, re-delivery and related handling. It does not repeat costs already included in manufacturing and freight.
Factory Unit Cost
USD 24,000 ÷ 1,000 = USD 24.00 per display
Landed Cost per Display Produced
Design, manufacturing, packing, freight, customs and local delivery:
(USD 4,700 + USD 24,000 + USD 3,500 + USD 7,000 + USD 5,500) ÷ 1,000
= USD 44.70 per display
Total Cost per Display Produced
USD 63,200 ÷ 1,000
= USD 63.20 per display produced
Cost per Display Delivered
USD 63,200 ÷ 960
= USD 65.83 per display delivered
Cost per Activated Store
USD 63,200 ÷ 880
= USD 71.82 per activated store
The quoted production price was USD 24 per display. Once development, packing, freight, local handling and activation are included, the cost per active retail location rises to USD 71.82.
That difference is why factory price alone is not enough for a meaningful supplier comparison.
Flat-Pack vs Pre-Assembled vs Pre-Filled Displays
No delivery format is automatically the cheapest.
The right choice depends on shipping distance, local labour, store capability, product-loading requirements and launch timing.
| Delivery Model | Factory Cost | Shipping Volume | Store Labour | Execution Risk | Typical Use |
| Flat-packed | Lower | Lower | Higher | Higher when assembly is complex | Programs with established execution teams |
| Partially pre-assembled | Medium | Medium | Medium | Lower | Projects requiring faster installation |
| Pre-filled | Higher upfront | Higher and more complex | Lower | Lower when well coordinated | Time-sensitive campaigns |
Flat-Packed Displays
Advantages may include:
- Lower packed volume
- Better container utilisation
- Reduced storage requirements
- Lower factory assembly cost
- Easier international transport
Additional costs may include:
- Store labour
- Assembly mistakes
- Missing components
- Delayed activation
- Packing-material disposal
Flat-pack delivery is usually best suited to programs with reliable warehouse or store execution support.
Partially or Fully Pre-Assembled Displays
Advantages may include:
- Faster setup
- Fewer assembly errors
- More consistent structures
- Lower store labour
Potential disadvantages include:
- Higher factory labour
- Larger cartons
- Lower container utilisation
- Higher freight volume
- Greater dimensional damage exposure
This format can be suitable when store labour is limited or installation must be completed within a narrow time window.
Pre-Filled Displays
Advantages may include:
- Faster store activation
- Correct SKU placement
- Less store labour
- More consistent presentation
- Fewer missing products
Additional costs may include:
- Co-packing labour
- Inventory coordination
- Extra handling
- Protective packaging
- More complicated logistics
Pre-filled delivery is often considered for closely managed promotions where products must reach the floor quickly and in the correct configuration.
How Display Design Can Reduce Rollout Cost
Many costs that appear later in the program are shaped during structural design.
Reduce Loose Components
Fewer separate parts can reduce:
- Packing labour
- Carton complexity
- Missing-part risk
- Assembly time
- Replacement requests
Possible improvements include:
- Integrated shelves
- Pre-glued sections
- One-piece bodies
- Built-in supports
- Fewer plastic connectors
- Fewer separate reinforcements
Simplify the Assembly Sequence
Helpful design features may include:
- Clear fold lines
- Numbered steps
- Pre-glued panels
- Automatic-lock bases
- Integrated shelves
- Tool-free connections
- Illustrated instructions
Assembly should be tested by someone unfamiliar with the structure. This is the most reliable way to identify steps that appear obvious to the designer but cause confusion in a warehouse or store.
Optimise the Folded Size
A smaller folded profile may improve:
- Displays per carton
- Cartons per pallet
- Displays per container
- Warehouse utilisation
- Local delivery efficiency
The saving should be confirmed through the actual carton, pallet and container-loading plan rather than estimated from one dimension in isolation.
Match Capacity to Campaign Requirements
Display capacity should reflect:
- Expected sales volume
- Campaign duration
- Replenishment schedule
- Product dimensions
- Product weight
- Available retail footprint
- Product shelf life
An oversized display increases material use and floor-space demand. An undersized unit may require more frequent replenishment.
Test Before Mass Production
Testing may cover:
- Product fit
- Load capacity
- Shelf deflection
- Stability
- Assembly
- Packing
- Transit simulation
- Carton compression
- Pre-production inspection
TopwellDisplay’s production capabilities cover printing, laminating, die-cutting, gluing and packing. Testing can also support the review of paperboard strength, edge pressure, bursting strength and carton compression where required by the project.
Testing adds work at the development stage, but it can reduce:
- Rework
- Replacement
- Store complaints
- Delayed launches
- Emergency shipping
- Unused inventory
How TopwellDisplay Reviews Rollout Cost Before Production
A cardboard display should be reviewed as a complete retail and logistics system—not simply as a printed structure.
TopwellDisplay’s project process can cover the following stages.
1. Product and Retail Brief Review
The team reviews:
- Product dimensions
- Product weight
- SKU plan
- Store environment
- Campaign duration
- Quantity
- Destination
- Packing requirements
2. Structural Concept and 3D Presentation
The design stage may include:
- Structural concept
- Display dimensions
- Product arrangement
- Assembly method
- 3D rendering
- Initial packing plan
3. Full-Size Prototype
The prototype can be used to review:
- Product fit
- Structural stability
- Visual presentation
- Shelf loading
- Assembly sequence
- Retail footprint
4. Assembly and Packing Review
Before production, the team can assess:
- Number of components
- Assembly sequence
- First-time setup difficulty
- Carton dimensions
- Displays per carton
- Pallet arrangement
- Container-loading implications
5. Production and Quality Control
Production services can include:
- Prepress
- Printing
- Surface treatment
- Mounting
- Die-cutting
- Gluing
- Folding
- Packing
Quality checks are carried out against the approved sample and confirmed project requirements.
6. Fulfilment and Delivery
Delivery options may include:
- Flat-pack cartons
- Palletised components
- Partial assembly
- Co-packing
- Product loading
- Finished pallet preparation
- International shipment
This process helps connect structural design with production efficiency, packing volume and destination-side execution.
Information Buyers Should Provide for an Accurate Cost Estimate
A detailed RFQ allows suppliers to calculate both manufacturing and logistics costs with fewer assumptions.
Product Information
Provide:
- Product length, width and height
- Product weight
- Retail packaging format
- Product images
- Number of SKUs
- Units per display
- Total loaded weight
- Product orientation
- Special handling requirements
Display and Campaign Information
Provide:
- Display type
- Target retail channel
- Store count
- Displays per store
- Campaign duration
- Planned launch date
- Floor-space restrictions
- Retailer specifications
- Artwork status
- Expected quantity
- Spare requirement
Packing and Logistics Information
Provide:
- Flat-pack, pre-assembled or pre-filled requirement
- Destination country
- Delivery location
- Number of distribution centres
- Preferred shipping method
- Pallet requirements
- Maximum carton size
- Maximum carton weight
- Delivery schedule
- Required Incoterm
Store Execution Information
Provide:
- Who will assemble the displays
- Maximum acceptable assembly time
- Available tools
- Local labour assumptions
- Whether products will be loaded in-store
- Whether a merchandising team is involved
- Whether installation photos are required
- Whether ongoing replenishment is needed
The more complete the brief, the easier it is to identify costs that may otherwise remain outside the initial quotation.
Cardboard Display Rollout Cost Checklist
Use this checklist when reviewing a supplier quotation or preparing an internal project budget.
| Cost Item | Included in Supplier Quote? | Paid Separately? | Responsible Party |
| Structural design | |||
| 3D rendering | |||
| White sample | |||
| Printed sample | |||
| Die-cutting tool | |||
| Printing setup | |||
| Display manufacturing | |||
| Hooks and accessories | |||
| Export cartons | |||
| Pallets | |||
| International freight | |||
| Customs clearance | |||
| Import duties | |||
| Warehouse receiving | |||
| Distribution to stores | |||
| Store assembly | |||
| Product loading | |||
| Merchandising | |||
| Photo verification | |||
| Spare displays | |||
| Replacement production | |||
| Re-delivery | |||
| Rework allowance |
Using the same checklist for every quotation makes supplier comparison more consistent.
FAQ
What Costs Are Usually Excluded from a Cardboard Display Unit Price?
Depending on the quotation scope and Incoterm, the unit price may exclude:
- Design revisions
- Samples
- Die-cutting tools
- Printing setup
- Pallets
- International freight
- Customs clearance
- Duties and taxes
- Warehousing
- Store distribution
- Assembly
- Product loading
- Merchandising
- Replacement delivery
Request a detailed cost breakdown before comparing suppliers.
Is Flat-Pack Always the Cheapest Delivery Method?
No.
Flat-pack delivery usually reduces transport and storage volume, but it may increase store assembly labour and installation risk.
Where local labour is expensive or the launch window is short, partial pre-assembly or pre-filled delivery may result in a lower total rollout cost.
How Should Tooling and Sample Costs Be Allocated?
Tooling, sampling and prepress are usually fixed project costs.
They can be allocated across the order quantity:
Allocated Fixed Cost per Display = Total Fixed Cost ÷ Production Quantity
Their effect is greater on short runs and smaller on high-volume orders.
How Much Spare Quantity Should Be Included?
There is no standard percentage that suits every rollout.
The appropriate quantity depends on:
- Order size
- Shipping distance
- Structural complexity
- Number of components
- Replacement lead time
- Campaign duration
- Distribution model
- Retailer requirements
Spare quantity should be based on the actual delivery and replacement risk.
What Is the Best Metric for Comparing Supplier Quotations?
At minimum, compare:
- Factory unit price
- Landed cost per display
- Cost per delivered display
- Cost per activated display
- Cost per activated store
For multi-store campaigns, cost per activated display and cost per activated store usually provide the clearest basis for comparison.
Can a More Expensive Display Have a Lower Rollout Cost?
Yes.
A display with a higher production price may:
- Fold more efficiently
- Fit more units into a carton
- Take less time to assemble
- Use fewer loose parts
- Resist transit damage more effectively
- Produce a higher activation rate
The final decision should be based on the entire rollout, not the unit price in isolation.
Conclusion: Compare the Full Rollout, Not Only the Unit Price
The factory price represents only one stage of a cardboard display program.
A complete budget should include:
- Design and engineering
- Sampling and tooling
- Manufacturing
- Export packing
- Freight and import handling
- Warehousing
- Store distribution
- Assembly
- Product loading
- Merchandising
- Replacement and rework
For procurement and project planning, the most useful figures are:
- Landed cost per display
- Cost per delivered display
- Cost per activated display
- Cost per activated store
These metrics allow brands, retailers and advertising agencies to compare display programs on the basis of what it actually costs to place a working display in front of shoppers.
Planning a Custom Cardboard Display Project?
Send us your product dimensions, unit weight, target quantity, retail channel, and reference images. Our team can help review the structure, sampling plan, packing method, and production requirements before quotation.
Contact Us Today
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- info@topwelldisplay.com
- +86 18100275019
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