The quick answer

A straightforward custom cardboard POS display may take approximately six to ten weeks from a complete brief to delivery. A semi-permanent or permanent display program may require ten to sixteen weeks, while interactive displays, offshore production and complex nationwide installations can require sixteen weeks or longer.

These are planning ranges, not guaranteed production times. The confirmed schedule depends on design complexity, prototype approvals, materials, quantity, manufacturing location, freight and the number of stores involved.

The most important planning principle is to work backwards from the required in-store date—not forwards from the date the brief is submitted.

How long does a custom POS display project take?

A custom point-of-sale display project is not a single manufacturing task. It is a sequence of connected stages:

1. Project briefing

2. Feasibility and estimating

3. Concept design

4. Engineering and artwork

5. Prototyping

6. Client and retailer approval

7. Manufacturing

8. Quality control

9. Packing and distribution

10. In-store installation

Production cannot usually begin until the design, prototype and artwork have been approved. A delay early in the project can therefore affect every stage that follows.

Indicative POS display lead times

Display program	Indicative total planning time	Common applications
Simple cardboard counter or shelf display	6–10 weeks	Promotions, small product launches and countertop campaigns
Custom cardboard floor display	8–12 weeks	Seasonal campaigns and multi-store product launches
Semi-permanent display	10–16 weeks	Extended campaigns and changing product ranges
Permanent retail display	12–20 weeks	Core product categories and long-term retail placement
Interactive permanent display	16–24+ weeks	Product demonstrations, screens, lighting and connected technology
Complex nationwide rollout	12–24+ weeks	Programs involving many stores, multiple formats or professional installation

The final schedule may be shorter or longer. A repeat order based on an approved design can often move faster than a completely new display requiring research, engineering and several prototype rounds.

Stage 1: The project brief

Indicative time: two to five business days

The timeline begins with a complete and commercially realistic brief.

A useful custom POS display brief should identify:

• The product or product range

• Product dimensions and weight

• Number of SKUs

• Required display quantity

• Target retailers

• Number and location of stores

• Campaign launch date

• Expected display lifespan

• Preferred display type

• Desired materials and finishes

• Graphic and brand requirements

• Freight and installation scope

• Sustainability objectives

• Indicative budget

Missing information does not necessarily prevent a project from starting, but it can make initial pricing and scheduling less reliable.

Product samples, retailer specifications and brand guidelines should be supplied as early as possible.

What delays the briefing stage?

Common delays include:

• An unconfirmed product range

• Missing product dimensions

• No physical product samples

• Changing display quantities

• An undefined campaign date

• Unconfirmed retailer participation

• No agreed budget

• Conflicting stakeholder requirements

A clear brief reduces revisions later and allows the design team to recommend the most appropriate construction method.

Stage 2: Feasibility and initial estimating

Indicative time: three to seven business days

Before concept development begins, the project should be assessed for commercial and technical feasibility.

This may include reviewing:

• Product load

• Display footprint

• Retailer size restrictions

• Stability and safety

• Material options

• Production quantity

• Manufacturing method

• Assembly requirements

• Packed dimensions

• Freight destinations

• Installation conditions

The initial estimate is normally based on assumptions that will be refined during design and prototyping.

If the budget, desired materials and quantity do not align, value engineering should begin at this stage—not after the final prototype has been approved.

Stage 3: Concept design and renders

Indicative time: one to three weeks

Concept design translates the brief into a visual and structural direction.

The process can include:

• Initial sketches

• Display configurations

• Product layouts

• Material recommendations

• Brand integration

• Three-dimensional modelling

• Photorealistic renders

• Preliminary manufacturing considerations

Renders help project stakeholders understand how the display may look in a retail environment before a physical prototype is produced.

The time required depends on the number of concepts, the complexity of the display and the speed of stakeholder feedback.

How to keep concept design on schedule

Brands can reduce delays by:

• Nominating one project decision-maker

• Consolidating feedback into a single response

• Confirming retailer requirements early

• Supplying final product dimensions

• Providing current artwork and brand guidelines

• Agreeing on the preferred concept before requesting detailed refinements

Repeatedly combining elements from several concepts can extend the design period and create engineering complications.

Stage 4: Engineering and production artwork

Indicative time: one to three weeks

Once a concept is selected, it must be translated into a design that can be manufactured safely and consistently.

Engineering may cover:

• Structural strength

• Product loading

• Shelf spans

• Stability

• Centre of gravity

• Assembly methods

• Fixings and connections

• Material thicknesses

• Component tolerances

• Replaceable parts

• Packed dimensions

• Installation requirements

Graphic artwork must also be adapted to the final production dielines or component drawings.

This stage is especially important for displays holding heavy, valuable or frequently handled products.

A visual render alone should not be treated as a manufacturing specification.

Stage 5: Physical prototyping and testing

Indicative time: one to three weeks per prototype round

A prototype allows the display to be assessed before full production.

Depending on the project, the prototype may be:

• An unprinted structural sample

• A full-colour cardboard prototype

• A material and finish sample

• A functional permanent display

• A technology demonstration unit

• A production-ready approval sample

Testing should confirm:

• Product fit

• Product capacity

• Structural strength

• Stability

• Appearance

• Graphic placement

• Customer accessibility

• Replenishment

• Assembly time

• Packed configuration

• Technology performance

For multi-store projects, installation instructions and packaging should also be tested.

Why prototypes affect lead time

The prototype stage is one of the most common sources of schedule movement.

An additional prototype may be required if:

• The product dimensions change

• Shelves need to carry more weight

• The retailer changes the available footprint

• Materials or finishes are revised

• Graphics are supplied late

• The display is difficult to assemble

• Technology does not perform as intended

• Stakeholders request major design changes

It is safer to allow time for proper validation than to discover a structural or assembly issue after hundreds of units have been produced.

Stage 6: Client and retailer approval

Indicative time: several days to several weeks

Manufacturing should not begin until the appropriate stakeholders have approved the project.

Approvals may be required from:

• Brand or marketing teams

• Trade-marketing teams

• Procurement

• Retail operations

• Legal or compliance teams

• Retailer category managers

• Shopping-centre management

• Electrical or technology specialists

The approval should cover the prototype, dimensions, materials, finishes, graphics, quantities, packaging and rollout scope.

Retailer approval can operate on a different timetable from the display manufacturer. This should be reflected in the project plan.

Stage 7: Manufacturing

Indicative time: three to twelve weeks after approval

Manufacturing lead time depends heavily on the display type.

Cardboard display production

Cardboard POS displays may involve:

• Final dielines

• Print setup

• Printing

• Cutting

• Laminating or finishing

• Gluing

• Assembly

• Packing

Simple cardboard displays manufactured locally may move into production relatively quickly after artwork and prototype approval.

Large quantities, specialist board, premium printing or complex hand assembly can extend the schedule.

Semi-permanent display production

Semi-permanent displays may combine cardboard, polypropylene, acrylic, timber and metal.

Production can require several suppliers or manufacturing processes, including printing, CNC cutting, fabrication, finishing and final assembly.

The schedule should allow for every component—not only the main structure.

Permanent display production

Permanent displays may require:

• Metal fabrication

• Welding

• CNC machining

• Timber construction

• Acrylic fabrication

• Powder coating

• Painting

• Printing

• Lighting

• Electrical assembly

• Final fit-out

Custom components and specialist finishes may have their own supplier lead times.

Interactive display production

Interactive POS displays may add:

• Screen procurement

• Touch interfaces

• Sensors

• Lighting

• Product security

• Audio

• Software configuration

• Content production

• Electrical testing

• Network or connectivity requirements

Hardware availability and software approvals should be confirmed early.

Local vs offshore manufacturing lead times

Local and offshore manufacturing can both be appropriate, depending on the project.

Local manufacturing may offer:

• Shorter freight times

• Easier factory communication

• Faster physical sample delivery

• Greater flexibility for urgent changes

• Simpler quality inspections

Offshore manufacturing may offer:

• Access to different production capabilities

• Economies of scale

• Alternative materials and components

• Cost advantages for some high-volume programs

However, offshore production requires additional allowance for:

• International freight

• Customs and clearance

• Port congestion

• Documentation

• Shipping delays

• Currency or supplier changes

• Local delivery after arrival

The manufacturing decision should balance price, capability, quantity, risk and required in-store date.

Stage 8: Quality control

Indicative time: several days to two weeks

Quality assurance should be built into production rather than left until the final day.

Checks may include:

• Dimensions

• Colour and print quality

• Material specifications

• Structural strength

• Component fit

• Product loading

• Assembly

• Electrical operation

• Packaging

• Labelling

• Quantity

• Retailer-specific requirements

A pre-production sample or first-off unit can help confirm the standard before the full production run continues.

For permanent and interactive displays, quality control may include functional and electrical testing.

Stage 9: Packing, kitting and distribution

Indicative time: one to three weeks

Once production is complete, displays may need to be:

• Assembled or flat-packed

• Individually packaged

• Labelled by store

• Combined with product or campaign materials

• Kitted with graphics and instructions

• Palletised

• Delivered to a distribution centre

• Shipped directly to individual stores

A national rollout involving hundreds of destinations takes longer to coordinate than delivery to a single warehouse.

Store-level data must be accurate. Incorrect addresses, quantities or delivery windows can create delays even when manufacturing finishes on time.

Stage 10: Nationwide installation

Indicative time: several days to several weeks

Some displays can be assembled by store staff. Others require professional installation.

Professional installation may include:

• Store scheduling

• Shopping-centre access

• Delivery coordination

• Removal of existing displays

• Display assembly

• Positioning

• Electrical connection

• Product merchandising

• Completion photography

• Defect reporting

• Packaging removal

The installation period depends on:

• Number of stores

• Geographic coverage

• Access windows

• Installer availability

• Display complexity

• Whether the rollout is simultaneous or staged

• Regional and remote locations

A tightly controlled national launch may require multiple installation teams working across different regions.

For more detail, see Informed Design’s guide toretail display installation and multi-store rollouts.

What commonly delays a custom POS display project?

The most common causes include:

1. An incomplete brief

2. Late product samples

3. Changes to product dimensions

4. Slow or conflicting stakeholder feedback

5. Additional prototype rounds

6. Late artwork

7. Retailer approval delays

8. Specialist material availability

9. Hardware procurement

10. Manufacturing changes

11. Incorrect store data

12. Freight disruption

13. Restricted installation windows

14. Scope changes after approval

The highest-risk change is one made after tooling or full manufacturing has begun.

Can a custom POS display project be fast-tracked?

Sometimes. Fast-tracking is more realistic when:

• The brief is complete

• Product samples are available

• One decision-maker has authority

• Artwork is ready

• Materials are in stock

• The display uses an established construction method

• Production is local

• Quantities are manageable

• Delivery is to one location

• Store staff can complete assembly

An urgent schedule may require compromises in concept exploration, materials, finishes, manufacturing location or rollout method.

Fast-tracking should not remove essential structural, safety or quality checks.

How to plan backwards from the in-store date

Start with the date on which every display must be operational.

Then work backwards through:

1. Installation

2. Store delivery

3. Distribution and kitting

4. Quality control

5. Manufacturing

6. Final prototype approval

7. Prototype production

8. Engineering and artwork

9. Concept approval

10. Brief and estimating

Add contingency between critical stages. The launch date should not depend on every activity finishing perfectly without any allowance for revisions or disruption.

Information needed to build an accurate timeline

To receive a reliable project schedule, provide:

• Required in-store date

• Target retailers

• Store list and locations

• Display quantity

• Product samples and dimensions

• Display type

• Desired materials

• Expected lifespan

• Artwork status

• Prototype requirements

• Manufacturing preference

• Packaging requirements

• Distribution method

• Installation scope

• Approval stakeholders

The schedule should identify both the supplier’s responsibilities and the dates by which client approvals or materials are required.

Frequently asked questions

When does the POS display lead time officially begin?

The confirmed production lead time usually begins after the prototype, specifications, artwork, quantities and commercial terms have been approved. Time spent developing the brief and design should be added to the overall project schedule.

How long does a cardboard POS display take?

A straightforward cardboard program may take approximately six to ten weeks from a complete brief to delivery. Complex structures, large quantities, premium finishes or national distribution can require longer.

How long does a permanent POS display take?

A permanent display commonly requires approximately twelve to twenty weeks because of the additional design, engineering, prototyping, fabrication and finishing involved.

Does nationwide installation happen at every store on the same day?

It can, but a simultaneous launch requires sufficient installer coverage, accurate store data and coordinated access. Some programs are better delivered in regional stages.

Can production begin before final artwork is approved?

Structural preparation may sometimes continue, but printing and full production should not proceed without approved artwork. Late artwork can place the launch date at risk.

Does offshore manufacturing always take longer?

Not always, but international freight, customs and local distribution must be included. Offshore production should be assessed against the required date, quantity, budget and risk tolerance.

Can a prototype be skipped?

Skipping a physical prototype may be possible for a repeat order or a very simple, established format. For a new custom display, prototyping reduces the risk of product-fit, structural, assembly and production problems.

Plan your POS display rollout

A successful custom POS display program begins with a realistic schedule.

Briefing, design, engineering, prototyping, manufacturing, freight and installation are connected stages. Compressing one stage can create risk elsewhere, particularly when a project involves multiple stakeholders or a national store network.

Informed Design manages custom retail display projects from initial concept through to production and installation across Australia.

To develop a timeline for your next campaign,contact Informed Design with your target launch date, product details, display quantity, retailer list and rollout requirements.