Overview
Recent market data points to continued growth in conveyor systems and automated pallet handling, while new projects demonstrate how businesses are increasing storage capacity and improving the movement of full pallet loads.
At the same time, consolidation among major automation suppliers and new US restrictions on foreign-produced mobile robots could influence how future systems are designed, sourced and supported.
Together, these developments show an industry investing across the complete material flow, from receiving and pallet storage to conveyor transport, sorting and dispatch.
Conveyor Systems Remain Central to Automation Investment
Despite much of the industry’s attention being directed towards robotics, conveyors remain one of the most widely used forms of warehouse and industrial automation.
Current market research estimates that the global conveyor system market will grow from approximately $10.27 billion in 2026 to $14.64 billion by 2033.
This growth is being supported by investment across retail, distribution, manufacturing, food and beverage, airports and e-commerce fulfilment.
However, the role of the conveyor is changing.
Rather than operating as an isolated piece of equipment, conveyor systems are increasingly connected to sensors, warehouse software, automated sortation and digital monitoring tools.
This allows businesses to collect more information about:
- Product movement
- Conveyor availability
- Developing bottlenecks
- Equipment condition
- Routing accuracy
- Energy consumption
- Maintenance requirements
Predictive maintenance is becoming particularly important. Monitoring motors, bearings, drives and other components can help businesses identify changes in equipment condition before they result in unplanned downtime.
Conveyor systems are also being designed with energy efficiency in mind. Zone-controlled conveyors, for example, can activate individual sections only when a product is present rather than running continuously when the line is empty.
These developments show that conveyors are not being replaced by newer forms of automation. Instead, they are becoming more connected and responsive components within the wider warehouse system.
Pallet Conveyors Expected to See Strong Distribution-Sector Growth
Pallet conveyors are receiving particular attention within retail and distribution.
Research from MarketsandMarkets identifies pallet conveyors as one of the fastest-growing conveyor categories within this sector. Growth is being driven by the expansion of e-commerce fulfilment centres and automated warehouses, where full pallets must be moved reliably between receiving, storage, production and dispatch areas.
Pallet conveyor systems can connect several processes, including:
- Goods receiving
- Pallet inspection
- Pallet changing
- Automated storage
- Production-line replenishment
- Palletising and wrapping
- Dispatch staging
This makes them an important connection between individual automation technologies.
An automated storage system, for example, can only perform effectively if pallets arrive consistently and in the correct condition. Conveyor systems can feed pallets into inspection points where their dimensions, weight, stability and identification are checked before they enter storage.
Any unsuitable or damaged loads can then be diverted for manual inspection, repalletising or pallet exchange.
This approach helps protect automated equipment from loads that could cause blockages or damage. It also supports better traceability by ensuring every pallet is identified and directed to the correct destination.
The current market outlook suggests businesses are increasingly looking at pallet movement as part of one continuous process rather than a series of separate forklift journeys.
High-Density Pallet Storage Supports Transport and Distribution Operations
A major August project provides a practical example of continued investment in pallet handling and storage.
Transport and logistics business Transaher has installed a semi-automated Pallet Shuttle system at its Guadalajara facility in Spain.
The installation, supplied by Mecalux, provides capacity for approximately 20,000 pallets and is intended to support the company’s expanding transport, distribution and warehousing services.
Pallet Shuttle systems use a motorised carrier to move pallets within deep storage channels. A forklift places the pallet at the entrance to the channel, after which the shuttle transports it to the next available storage position.
This can offer a middle ground between traditional pallet racking and a fully automated pallet warehouse.
Forklifts remain responsible for movement between warehouse areas, but they no longer need to enter the racking channels. This can shorten forklift travel distances, reduce the risk of damage to the racking and allow more pallets to be stored within a smaller area.
The Transaher project reflects continued demand for systems that improve storage density without necessarily automating every pallet movement.
For logistics and distribution companies, this can be especially valuable because capacity requirements may change according to customer demand, stock profiles and seasonal activity.
The project also demonstrates that warehouse automation does not always need to involve an entirely autonomous facility. Semi-automated pallet handling can address a specific storage constraint while retaining existing equipment and working practices elsewhere in the operation.
Automated Depalletising Gains Ground in Inbound Operations
Palletising has been established within manufacturing and packaging operations for many years. However, current market analysis suggests depalletising is now expected to become one of the faster-growing areas of automated pallet handling.
Automatic palletisers are still predicted to represent the largest part of the market in 2026, supported by demand from food, beverage, consumer goods, pharmaceutical and chemical businesses.
Depalletising, however, is gaining attention as companies look to automate more of their inbound material flow.
Removing mixed or inconsistent products from pallets can be more difficult than building a pallet at the end of a controlled production line. Incoming loads may contain:
- Different carton dimensions
- Unpredictable stacking patterns
- Damaged or compressed packaging
- Bags and sacks
- Unstable layers
- Labels facing different directions
Developments in vision systems and gripping technology are making it possible to identify and handle a wider range of these products.
Market research now expects automated depalletising to grow particularly quickly through 2033, supported by investment in inbound warehouse automation. Logistics and warehousing are also predicted to be among the fastest-growing users of palletising and depalletising systems.
This indicates that automation investment is beginning to cover more of the pallet journey.
Instead of focusing only on placing finished products onto outbound pallets, businesses are also examining how incoming loads are unloaded, inspected, separated and transferred into storage or production.
Mobile Robot Regulation Could Influence Integrated Systems
Although August’s most significant regulatory development relates primarily to robotics, it could also affect wider warehouse automation projects.
The US Federal Communications Commission has added certain foreign-produced mobile robotic devices to its Covered List on national security grounds.
The new restrictions may affect the authorisation, importation and sale of some connected AMRs and AGVs in the United States. Existing authorised devices and fixed industrial robot arms are treated differently, while a conditional approval process is available for some manufacturers.
This matters beyond the mobile robot market because AMRs and AGVs are frequently integrated with conveyors, pallet-handling equipment and automated storage systems.
If a mobile robot supplier is affected by the restrictions, customers may need to reconsider the equipment selected for connections between fixed automation areas.
The development therefore highlights the importance of avoiding unnecessary dependence on a single technology or supplier.
When planning an integrated system, businesses should consider whether alternative methods of transport could be introduced if required. Depending on the process, this could include fixed conveyors, manually operated equipment, forklifts or mobile robots from another approved supplier.
The regulation also reinforces the importance of cybersecurity across all connected warehouse equipment, including conveyors, scanners, controls and warehouse software.
What August’s Developments Mean for Warehouse Operators
The main message from August is that warehouse automation continues to develop across the complete product and pallet flow.
Robotics remains an important part of the industry, but much of the current investment is also directed towards established material-handling infrastructure.
Conveyors are becoming more intelligent and better connected. Pallet transport and storage systems are helping businesses increase capacity, while automated depalletising is extending automation further into inbound operations.
For businesses considering an automation project, this means the starting point should be the operational flow rather than a particular technology.
Important questions include:
- Where do products or pallets stop moving efficiently?
- Which movements rely heavily on forklifts or manual transport?
- Are pallets arriving in a condition suitable for automation?
- Where could inspection or pallet exchange be required?
- Does storage capacity match inbound and outbound throughput?
- How will separate systems communicate?
- What happens if one part of the process becomes unavailable?
Answering these questions can help determine whether the most appropriate solution involves conveyors, pallet handling, storage equipment, robotics or a combination of technologies.
Conclusion
August 2026 demonstrates that the warehouse automation industry is not moving towards one dominant type of technology.
Instead, businesses are investing in connected systems that combine conveyors, pallet storage, palletising, depalletising, software and, where appropriate, robotics.
New market data confirms continued demand for conveyor systems, with pallet conveyors expected to perform particularly strongly within retail and distribution. The Transaher project also demonstrates the value of targeted, semi-automated pallet storage, while supplier consolidation suggests integrated capabilities and long-term support are becoming increasingly important.
Meanwhile, regulatory changes affecting mobile robots show why technology sourcing, cybersecurity and contingency planning must now form part of automation strategy.
The key development this month is the growing emphasis on complete material flow. The most effective warehouse automation projects will not simply automate an individual task; they will ensure products and pallets can move reliably from arrival through to storage, processing and dispatch.
If you are considering ways to improve material flow, conveyor transport or pallet handling within your operation, our team would be happy to discuss the options available.
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