Moving goods efficiently through a warehouse is about much more than getting products from one location to another. Every movement between goods-in, storage, picking, packing, sortation and dispatch can affect throughput, accuracy and the overall performance of an operation.Â
Intralogistics solutions are designed to improve this internal flow. They bring together physical equipment, robotics, software and intelligent tracking technologies to help goods and information move through a facility in a more coordinated way.
Depending on the operation, this could involve conveyors moving products between warehouse zones, sortation equipment directing orders towards the correct destination, autonomous robots handling repetitive transport or software coordinating multiple automated processes.
At BOWE Intralogistics, these different technologies can be brought together to support the entire internal process chain, from inbound handling through to dispatch and returns.
In this guide, we look at the different layers of intralogistics automation, the technologies available and how businesses can identify the right combination for their requirements.
What Are Intralogistics Solutions?
Intralogistics refers to the movement, storage, control and tracking of goods and materials within a facility or organisation.
While logistics often describes the wider movement of goods across the supply chain, intralogistics focuses specifically on what happens within environments such as warehouses, distribution centres, fulfilment operations and production facilities.
Intralogistics solutions are the systems and technologies used to manage these internal processes. They can range from individual pieces of automated warehouse equipment to connected systems combining conveyors, sorters, robotics, inventory technology and warehouse software.
For example, an order moving through a fulfilment centre may pass through several different technologies. Warehouse software identifies what needs to be picked, automated equipment transports the goods, a sorter directs the completed order towards the appropriate destination and tracking technology records its progress.
Rather than viewing each technology independently, effective intralogistics considers how these processes work together to create a continuous flow. Businesses looking at a wider, joined-up approach can explore BOWE’s automated warehouse solutions for more detail on how different technologies can be combined.
Why Intralogistics Is More Than Warehouse Automation
Warehouse automation and intralogistics are closely related, but they are not quite the same thing.
Warehouse automation generally refers to using technology to automate particular warehouse processes. Intralogistics takes a broader view of how materials and information move between those processes.
A conveyor, for example, may automate the movement of a parcel between two locations. The wider intralogistics process considers why that parcel needs to move, where it should go next, how it is identified and which other systems need to receive that information.
This means intralogistics automation can involve several connected layers:
- Physical movement and automated material handling
- Identification and tracking
- Sortation and routing
- Autonomous robotics
- Inventory and warehouse management
- Software integration and data exchange
The objective isn’t simply to automate as many individual tasks as possible. It is to create a more coordinated environment where people, equipment and software work together effectively.
For businesses looking specifically at how automation can be introduced gradually as volumes increase, our separate guide to how growing operations can scale warehouse automation explores that process in greater detail.
Types of Automation Technology Used in Intralogistics
Traditional warehouse automation often depends on fixed infrastructure, such as conveyors, sorters or automated storage systems. These technologies are extremely valuable, especially for high-volume and repeatable processes, but they are not always the best fit for every task.
Autonomous mobile robots provide a more flexible layer of automation. They can be introduced into existing warehouses without requiring a full redesign and can adapt more easily as workflows change. For growing businesses, this makes warehouse automation robots a useful bridge between manual operations and more advanced automated warehouse solutions.
That does not mean mobile robots replace traditional automation entirely. In many cases, the strongest results come from combining AMRs with conveyors, sortation systems, WMS, WCS and other automated warehouse equipment.
There is no single piece of automation technology that can solve every warehouse challenge. Different technologies perform different roles within the material flow process, and the right combination depends on the operation.
Conveyors and Material Handling Systems
Conveyor technology provides controlled movement between warehouse areas and is commonly used to transport cartons, totes, parcels and other goods.
Within larger warehouse automation systems, conveyors can connect picking, packing, sortation, storage and dispatch processes while reducing the amount of repetitive manual transport required.
BOWE Intralogistics supports these wider material flow requirements as part of its intralogistics automation offering, combining equipment and software around the needs of each operation.
Sortation Technology
Sortation systems identify and direct goods towards the correct destination. Depending on the application, this might mean routing parcels towards dispatch lanes, separating orders by carrier or destination, or directing products towards different processing areas.
Modern sortation systems can form an important part of high-throughput intralogistics environments where goods need to be routed quickly and accurately. BOWE’s sortation portfolio is designed around automated processing across a range of warehouse and distribution applications.
Autonomous Mobile Robots
Robotics provides a more flexible approach to automated material handling.
Rather than relying entirely on fixed infrastructure, autonomous mobile robots can move pallets, totes, carts and other loads between warehouse zones. Routes and fleet sizes can be adapted as operational requirements change.
Through BOWE MOVE, autonomous mobile robots can be integrated into wider material flow processes to automate repetitive transport and support people working throughout the facility.
For a deeper look at the role of robotics within warehouses, our guide to the different types of warehouse robots explores the main technologies and applications in more detail.
Identification and Tracking Technology
Automation also depends on knowing what is moving through the operation.
Barcode scanners, RFID technology, sensors and other identification systems can capture information about goods and assets at important points in the process. This information can then be passed into warehouse software, helping maintain visibility as items move from inbound through to outbound.
These tracking technologies can become even more valuable when connected with the wider software environment through BOWE IQ, which supports warehouse management, control systems, Track & Trace and intelligent IoT-driven workflows.
Warehouse Software
Physical automation technology needs a software layer to coordinate activity.
Warehouse Management Systems can manage inventory, orders and warehouse workflows, while Warehouse Control Systems can coordinate conveyors, sorters and other automated equipment.
Our guide to what a Warehouse Management System is explores this software layer and its role in connected warehouse operations.
Where multiple platforms and pieces of equipment are involved, effective warehouse systems integration helps WMS, WCS, ERP platforms and automation technologies communicate as one environment.
Their role is not to automate everything. Their value is in improving the flow between processes, reducing unnecessary manual travel and creating a more responsive intralogistics environment. For more guidance on phased adoption, our blog on how growing operations can scale warehouse automation explains how automation can be introduced gradually.
Examples of Automated Warehouse Equipment
The appropriate automated warehouse equipment will depend on what is being handled, throughput requirements, available space and the processes causing the greatest operational constraints.
Common examples include conveyors for moving goods between warehouse zones, sorters for routing products towards different destinations, autonomous robots for flexible transport and automated scanning equipment for identifying and tracking items.
More complex warehouse automation systems may combine several of these technologies.
For example, goods could be transported from a picking area by conveyor before being automatically identified and passed through a sorter. Completed orders might then be directed towards the appropriate dispatch lane, while the warehouse software records each stage of the process.
In another environment, autonomous robots may handle movement between storage and workstations rather than installing fixed conveyor infrastructure. For pallet-specific transport, BOWE MOVE’s PalletBot is designed to automate repetitive pallet movement between warehouse and production areas.
This is why selecting automated warehouse equipment should begin with the process rather than the technology. The objective is to solve an operational requirement, not simply introduce automation because it is available.
How Software, Sortation and Robotics Work Together
The greatest value from intralogistics solutions often comes when individual technologies stop operating as isolated systems.
Consider an order moving through an automated fulfilment environment.
Warehouse software can determine what needs to happen and provide the information required to coordinate the process. An autonomous robot might transport goods between storage and a workstation, while conveyors provide continuous movement through packing or processing areas.
Scanning or identification technology confirms what is being handled. Sortation equipment then uses that information to route the item towards the correct destination.
Software sits across these processes, exchanging data and helping ensure that each piece of equipment responds appropriately.
This interaction is what turns individual machines into connected warehouse automation systems.
Through BOWE IQ, warehouse software and operational data can be connected with physical automation. Where businesses already use different platforms and technologies, systems integration can help information move reliably between them.
The result is a more coordinated approach to intralogistics automation, where equipment, robotics and software contribute to the same operational workflow.
How to Choose the Right Intralogistics Solution
The right solution should always begin with an understanding of the existing operation.
Before choosing particular equipment, businesses need to identify where time is being lost, which processes are restricting throughput and where manual handling is creating unnecessary work.
Important considerations include:
Material and load types: Parcels, pallets, totes, individual products and unusual loads can require very different handling technology.
Throughput: Equipment should be selected around current requirements while considering realistic future volumes.
Available space: Warehouse layout, aisle widths, ceiling height and existing infrastructure can influence which technologies are practical.
Process requirements: A bottleneck in internal transport may require a very different solution from a problem with sortation, inventory visibility or dispatch.
Existing technology: New automation technology needs to work effectively with existing equipment and software wherever possible.
Flexibility: Operations can change over time, so it is important to consider how easily a system can be expanded, reconfigured or integrated with future technology.
This process may identify that a single technology can address the immediate requirement. In other cases, a combination of automated material handling, robotics, sortation and software may provide the stronger long-term solution.
At BOWE Intralogistics, the focus is on designing systems around complete material flows rather than treating each automated process in isolation.
Planning for Scalable Automation
Autonomous mobile robots are not just another form of warehouse technology. They are a flexible and scalable way to improve the movement of goods within modern intralogistics environments.
By reducing repetitive transport tasks, improving material availability and supporting connected workflows, warehouse automation robots help businesses create more efficient, responsive and future-ready operations.
For organisations looking to modernise without committing to large-scale infrastructure changes from day one, mobile robots for warehouse automation offer a practical route into smarter automation and stronger intralogistics solutions.
Autonomous mobile robots are most effective when they form part of a wider, connected automation strategy. Explore the BOWE UK divisions to discover how our robotics, intralogistics, software and automation expertise can work together to support more efficient warehouse operations.
Creating Smarter Material Flow with BOWE
At BOWE, we bring together the different layers required to create connected intralogistics environments.
BOWE Intralogistics provides the physical automated warehouse equipment required to move, handle and sort goods efficiently, including conveyor and sortation technologies.
BOWE MOVE adds flexible robotics for internal transport and automated material handling, while BOWE IQ provides the intelligent software and integration layer that connects equipment, processes and operational data.
Bringing these capabilities together allows us to look beyond individual machines and consider the complete flow of goods through an operation.
Whether the requirement is improving a particular process or developing more connected intralogistics solutions, we can identify the combination of equipment, robotics and software that fits the operational challenge.
Intralogistics describes the movement, storage, tracking and management of goods and materials within an organisation or facility. It typically covers processes from goods-in and storage through to picking, packing, sortation and dispatch, as well as the information required to coordinate those movements.
Examples of intralogistics solutions include conveyors, sortation systems, autonomous mobile robots, inventory tracking technology, Warehouse Management Systems and Warehouse Control Systems. These technologies can operate individually or as part of connected systems designed to improve material flow.
Warehouse automation technology can include conveyors, sorters, autonomous robots, automated identification and scanning equipment, RFID systems, sensors and warehouse software. The appropriate technology depends on the goods being handled, required throughput, warehouse layout and processes being automated.
Automated warehouse equipment includes physical technology that automates the movement, handling, identification or routing of goods. Examples include conveyors, sorters, autonomous mobile robots and automated scanning systems. These can be connected with software to create wider warehouse automation systems.
Choosing the right intralogistics solution starts with understanding your current processes and identifying where bottlenecks, unnecessary movement or manual tasks are affecting performance. The appropriate solution can then be designed around factors such as load types, throughput, available space, existing systems and future growth requirements.
