This system offers all warehouses and distribution centers the possibility to receive the exact location of goods, vehicles or persons.

Individual automation solutions tailored to your needs iGo uses automated interaction between one or more different industrial forklifts to perform driverless warehouse transport tasks.

Automated guided vehicle (AGV) systems automate workflows by managing and executing transport tasks based on optimized and flexible strategies. The systems are very flexible. Do you need more throughput? Then add more AGVs. Compared to conveyors, AGVs can be moved to another facility very easily. One AGV can replace the other during maintenance, providing maximum availability in your daily operation. Ideal for most types of material handling, AGVs safely and reliably fulfill their duties. With modern navigation options and customized load handling, these AGVs are efficient in highly complex logistics systems and simple A-B scenarios. Swisslog AGVs can operate as a stand-alone system or, if connected to an ERP, as a fully integrated subsystem of a complete plant. What makes Swisslog’s AGVs so unique? More than 45 years’ experience in the AGV business allows us to design your system with the experience of countless successful projects. The combined R&D resources of KUKA and Swisslog provide first class AGVs – mobile robots. Large service network around the globe ensures quick and reliable service. On-time and easily calculable transport process. Less dependence on personnel; reduced associated costs. Minimized transport damages and delivery errors. High availability and reliability. Traceability of transported goods. Find our more about these solutions. Visit our website now!

Körber provides smart solutions to address the challenges facing all organizations that need to store large quantities of goods, including FMCG retailers and manufacturers. We look at your current processes and consult on how you can make the best use of your storage area. We then work with you to develop the best solution for your throughput and storage requirements. Automated storage and retrieval solutions eliminate the need for forklift trucks. You can store more because you can go higher and you only need to use very narrow aisles. Our automated stacker cranes can intelligently store and retrieve goods, giving you the most economical use of space. With our pallet shuttle systems, you can achieve even higher storage density, whilst maintaining a high stock turnover.

Automated storage systems require a smaller footprint as you can use the height of your building without losing space. At the same time you can increase your storage density as well as your inventory management. Think one step ahead and you will realize a significantly higher picking performance with Goods-to-Person systems. Together, we find out what you need and which system is best for you. Maybe you need a combination of several storage solutions, or an easy way to store all your goods in your warehouse. Either way, you will receive the ideal solution for your requirements.

The system is an automated multi-shuttle warehouse with telescopic grippers and a goods retrieval system. A new type of Shuttle is used to replace the old methods of stacker cranes in automated warehouses. These warehouses are composed of a head with 2 lifts, one for boxes and another lift to allow the movement of the Shuttles through the different storage levels.

We manufacture containers for the automotive industry that offer flexible solutions for any shape and size of piece that needs to be stored and transported. Our technical office is able to design and project a complete and varied range of solutions, using 3D design tools. We offer containers that can be manufactured by combining metal structures with plastic supports, thermoformed trays, multibags, wood, columns, etc. They are usually robotic loading and unloading containers, commonly used for sheet metal parts (bonnet, roof, floor, etc.). Our factory is equipped with the best technological means and our manufacturing processes guarantee the highest quality. We adapt to your needs. If you need a custom design, do not hesitate to contact us.

Flexible automation can easily adapt to a variety of warehouse layouts and sizes. When compared to manual operations or traditionally-automated environments, the use of Autonomous Mobile Robots (AMRs) can easily improve the efficiency of supply chain operations.

Autonomous mobile robots, such as the AXH iGo and ACH iGo series from STILL, are small, maneuverable, and intelligent autonomous mobile robots that operate flexibly and proactively in complex warehouse structures. They can be used as a standalone solution or integrated into existing warehouse management and control systems to suit customer needs.

Intelligent vehicles that navigate the warehouse independently to automate and streamline the internal transport of goods. Autonomous mobile robots (AMRs) are vehicles designed to transport loads between two points independently. They navigate the warehouse freely based on dynamic routes generated by intelligent software. This software optimises the movements of the AMRs, assigning the perfect route for each task. Through the use of state-of-the-art sensors and scanners, AMRs are capable of identifying and evading obstacles. They can operate safely in collaborative environments alongside other machines as well as people.

Intelligent vehicles that navigate the warehouse independently to automate and streamline the internal transport of goods. Autonomous mobile robots (AMRs) are vehicles designed to transport loads between two points independently. They navigate the warehouse freely based on dynamic routes generated by intelligent software. This software optimises the movements of the AMRs, assigning the perfect route for each task. Through the use of state-of-the-art sensors and scanners, AMRs are capable of identifying and evading obstacles. They can operate safely in collaborative environments alongside other machines as well as people.

It can carry out intelligent picking, storage and simultaneous handling of several boxes (up to 300 kg in a single trip). As a new intelligent logistics handling device, this autonomous robotic multi-bin “Bin-to-Person” box handling system can make intelligent moves in the warehouse without the help of any clues. It has the functions of autonomous navigation, active obstacle avoidance and autonomous charging. Compared with automatic bucket conveyors, the autonomous robotic multi-bin “Bin-to-Person” box handling system owns a smaller body, which makes it more convenient in any space and speeds up and improves the overall implementation of the project. Compared with traditional AGVs, has higher storage efficiency and density. According to the order demand of the system, this autonomous robotic multi-bin “Bin-to-Person” box handling system is much more efficient and cost-effective as it adopts the smart and efficient “Bucket-to-Person” order picking method, replacing the traditional “Person-to-Person” order picking method. -Tray”. In addition, supports docking to various logistics equipment, including racks, dormant AGVs, robotic arms, multifunction workstations, and other equipment. Autonomous robotic multi-bin “Bin-to-Person” box handling system plays a key role in transforming the warehouse automation operation process and comprehensively optimizes storage efficiency, storage density and flexibility. Applications: 3PL, apparel, e-commerce, retail, manufacturing, electronics, pharmaceutical, energy and other industries. * Supports various sizes and can be customized.

This “Bucket-to-Person” multi-box ACR robot can perform intelligent mixed selection of cartons and containers of different sizes, storage and simultaneous handling of several boxes (up to 300 kg in a single trip). The Autonomous robotic multi-crate handling system “Bin-to-Person” is a multi-box “Bucket-to-Person” ACR robot for box handling with 3D visual recognition technology, which can perform intelligent movements in the warehouse without the help of any clues. It has the functions of autonomous navigation, active obstacle avoidance and autonomous charging. Compared with automatic case conveyors, AS/RS or other technologies, the autonomous robotic multi-crate handling system “Bin-to-Person”N has a smaller body, which makes it more convenient, speeds up and improves the overall implementation of the project. Compared to traditional AGVs, this autonomous robotic multi-crate handling system “Bin-to-Person” has a higher efficiency and storage density. According to the order demand of the system, really realises the transformation from the traditional “Person-Commodity” picking method to the intelligent and efficient “Commodity-Person” picking method. In addition, supports attachment to various logistics equipment, including racks, latent AGVs, robotic arms, multi-function workstations and other equipment. The autonomous robotic multi-crate handling system “Bin-to-Person” therefore plays a key role in the transformation of the warehouse automation operation process and comprehensively optimises storage efficiency, storage density and flexibility. Aplications: 3PL, apparel, e-commerce, retail, manufacturing, electronics, pharmaceuticals, energy and other industries. * Various sizes are supported and can be customised.

It´s a robotic storage and picking system based on bins, which allows storing and managing picking tasks in an optimal and fast way, providing maximum warehouse utilization. The entire inventory is stored in plastic bins, which are stacked in a compact grid system, without any space or metal barrier between them. Robots can retrieve bins from the lower levels using lifting hooks, and bins returning from the outlets are strategically placed on the highest level. If one of the robots stops working, the system can continue at full capacity and have access to all the material. AutoStore robots always anticipate the next wave of orders, making sure they are available to operators. Even in the worst-case scenario, when a requested bin is at the farthest and bottom of the stack of bins in the corner of the grid containing the ports, it would take approximately three and a half minutes to retrieve it. This is less time than it would take to walk to the furthest shelf in a traditional warehouse. ⚡ It is the fastest and densest system per m² in the world. 📶 Multiply storage capacity by up to 400%. ⭐ 99.7% availability rate ✅ Productivity improvement by up to x2,5 🧩 Completely flexible, modular and scalable 🍃 Sustainable and energy efficient (10 robots same energy as a hoover). 🚫 Reduction of human error and operational costs ⚡ Increased order picking speed