Logistics and intralogistics are undergoing a radical transformation, with Automated Guided Vehicles (AGVs) at the heart of this evolution. These autonomous robots are key to modernizing warehouses, exponentially improving efficiency, precision, and operational safety.
AGVs are driverless vehicles guided by systems ranging from physical paths (such as wires or magnets) to more advanced technologies like optical sensors or Laser Guided Vehicles (LGV) mapping. Their functionality is highly versatile: they can transport pallets, move shelves, tow carts, or handle large coils, adapting to specific loads and geometries.
The latest developments are making them increasingly flexible. While the first AGVs followed rigid routes, new solutions allow dynamic path modification through sophisticated control and management software. This operational flexibility is crucial to meeting the needs of warehouses and production facilities with fluctuating demand or a wide variety of SKUs. There are also “hybrid” AGVs that operate autonomously but can be manually controlled when necessary.
The adoption of AGVs and automated warehouse systems delivers measurable benefits, turning the warehouse into a true strategic engine for the supply chain:
Maximum 24/7 Productivity: Vehicles can operate continuously, eliminating downtime and accelerating logistics processes.
Precision and Reliability: The mechanical and digital integration eliminates human error in operations such as picking, weighing, or handling, reducing product damage.
Enhanced Safety: The elimination of manual driving drastically reduces accidents and workplace injuries, creating a safer environment where operators can focus on higher-value tasks.
Traceability and Control: Every movement is monitored in real time, ensuring full traceability and better visibility over stock and inventory—data that can be analyzed through analytics for continuous optimization.
Eco-Efficient Operation: The most modern systems are characterized by high energy efficiency, aligning with companies’ environmental sustainability goals.
From AGVs to AMRs
The future of internal material handling is moving towards Distributed Intelligence. The next evolutionary step leads from AGVs to Autonomous Mobile Robots (AMRs).
While traditional AGVs move along predefined (though adjustable) routes, AMRs use advanced algorithms and vision systems (such as LiDAR and safety scanners) to adapt their trajectories in real time, avoiding obstacles and navigating dynamic environments without the need for fixed paths.
This evolution is not merely a transition but an integration: the goal is to have fleets of mobile robots managed by a central Traffic Management System and fully integrated with company management systems (WMS/ERP). This synergy—supported by smart sensors and, in the near future, by generative Artificial Intelligence—will ensure maximum scalability and flexibility, allowing warehouses to grow and adapt smoothly to the challenges of Logistics 5.0.
Discover AVO product 3D models in .stp format, available for direct download from the website.
These files enable seamless integration into the main CAD environments, allowing designers to work with real geometries and dimensions while improving accuracy during design and technical validation phases.
The use of 3D models helps optimize development processes, reduce validation time and support more efficient component configuration within application systems.
This implementation is part of AVO’s digital evolution strategy, aimed at providing advanced technical tools to support design and engineering activities.
.stp files are available within each product page on the AVO website.
In the food industry, operational performance is built on the precision and quality of every single component. For companies operating in environments governed by strict regulations, the careful selection of materials and the technical specifications of castors and mobile supports are essential to ensure maximum resistance, hygiene, safety, and durability.
Material handling systems must not only be capable of managing significant loads under demanding working conditions, but also meet rigorous sanitation and durability standards, minimizing the risk of contamination and ensuring consistent, long-term performance.
With more than eighty years of experience across four generations, AVO has a deep understanding of the sector’s requirements and has developed a product range entirely dedicated to overcoming these challenges.
AVO solutions are engineered to maintain superior performance even at high temperatures, a common factor in environments such as industrial kitchens, pasteurization plants, and ovens. Our range includes castors made from compounds that offer excellent resistance to chemical agents and thermal shock, featuring smooth surfaces free from gaps or joints that could compromise hygiene.
The supports are also designed to deliver maximum structural reliability, reducing wear and the risk of premature failure, even under the most demanding operating conditions.
A distinctive element of our portfolio is our range of high-temperature castors. These are advanced technical solutions, indispensable for production environments exposed to prolonged heat or intensive thermal cycles.
The range includes castors made from thermosetting phenolic resin, versions with rubber tread and glass-fibre-reinforced Polyamide 6 cores, as well as silicone rubber models with aluminium cores or steel flanges. These configurations ensure safe and reliable operation for applications reaching temperatures of up to +280°C.
The thermosetting materials used, such as phenolic, urea, and melamine resins, are ideally suited to severe thermal conditions. Unlike thermoplastic compounds, their rigidity increases with heat, preventing permanent deformation and ensuring long-term dimensional and mechanical stability.
AVO castors are available in diameters ranging from 80 to 250 mm and can be combined with medium-duty or heavy-duty supports. This modularity allows load capacities from 80 to 800 kg, depending on the selected configuration.
With AVO, food industry professionals can rely on components that enhance the efficiency and quality of their production processes, without ever compromising on final product safety.
AVO presents the new Heavy-Duty Stainless-Steel Castors: maximum corrosion resistance for critical environments
Avo expands its product portfolio with a new line of heavy-duty stainless-steel castors, engineered to deliver reliable and safe performance even under the most demanding operating conditions.
The range is designed for high-intensity food, pharmaceutical, and industrial applications where high load capacities are required.
Manufactured entirely from AISI 304 stainless steel, this series offers superior resistance to corrosion, aggressive cleaning agents, and high-pressure washdowns. This makes it ideal for the food industry, the pharmaceutical sector, refrigerated-logistics environments, and all applications exposed to strong mechanical and chemical stress.