Warehouse automation in recent years has focused on increasing efficiency, flexibility, and reducing operating costs in response to labor shortages. The main trend is not only the deployment of robots, but their integration with artificial intelligence (AI) and modern software systems (WES/WMS).
Here we see the main trends in warehouse automation:
1. Autonomous mobile robots (AMR) and AGVs (depending on product suitability)
Flexible transport: AMRs (Autonomous Mobile Robots) are replacing fixed conveyors. They
can move flexibly around the warehouse, avoid obstacles, and work with people.
Automated guided vehicles (AGVs): These are used to transport pallets and heavy loads.
Picking robots: Robots that assist with picking goods significantly increase productivity.
2. Artificial
intelligence (AI) and machine learning
Intelligent control: AI is used to optimize routes, dynamically assign tasks, and predict demand (predictive analytics).
Vision systems: AI with computer vision inspects goods, reads barcodes, and identifies damage in real time.
Predictive maintenance: Algorithms predict robot failures before they occur, reducing downtime.
3. Automated storage and retrieval systems (AS/RS)
High density: Utilizing vertical space is key due to the lack of storage space. Systems such as AutoStore, which save up to 80% of space, are popular.
Modular solutions: Modern AS/RS systems
are easily scalable and allow for gradual investment.
4. Software as the "brain" of the warehouse (WES/WMS) - a standard necessary for further development in warehouse automation
Warehouse Execution Systems (WES): WES integrates various types of automation and human
labor into a single entity, balancing warehouse workload in real time.
Digital Twins: Creation of a virtual copy of the warehouse for testing changes, simulating scenarios, and optimizing processes without risk. We can offer digital twins and thus create a very accurate picture of the future
automated flow of the warehouse.
5. Robotics-as-a-Service (RaaS)
Affordability: Instead of high initial investments (CAPEX), companies lease robots (OPEX). This allows even smaller companies to take advantage of advanced automation.
6. Automated goods receipt and reverse logistics
Robotic unloading: Robots are used to unload pallets and goods from containers, which was previously a manual task.
Returns processing: Faster automated sorting and return of goods to sale.
7. Sustainable and efficient automation
Energy savings: Automation systems are designed to reduce energy consumption.
Retrofitting: Modifying existing warehouse buildings for automation needs (e.g., modifying racks for robots), which is a common trend in
Czechia because new buildings are not available.
These trends are leading to warehouses becoming "proactive" – adapting to changes in orders and optimizing their operations without the need for human intervention.
Summary – Key automation technologies and systems:
Warehouse management systems (WMS): Software for managing the flow of goods and optimizing warehouse inventory in real time.
Autonomous mobile robots (AMR) and AGVs: Trucks that replace
forklifts and travel along defined routes.
Automatic storage and retrieval systems (AS/RS): Systems for automatic loading and unloading of pallets/boxes.
AutoStore / Cubic systems: Robotic system for storing containers in a grid, saving up to 80% of floor space.
Conveyor belts and
sorting systems: Automated transport of materials between zones.
Pick-to-Light / Voice Picking: Guiding operators using light or voice for more accurate picking.
Advantages of automation:
Higher productivity and speed: Acceleration of picking, packing, and shipping.
Space savings: Vertical storage (AutoStore) allows for more efficient use of space.
Reduced error rate: Minimization of human error
when handling goods.
Continuous operation: Robots can work 24/7. However, it is first necessary to master the system and provide high-quality 3PL services as a logistics provider. Automation can only come about if a solid standard is established, including a back-up plan!