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.

The AutoPocket offers modular components for innovative solution designs of your distribution center. Combined use cases create integrated process designs with new efficiency in eCommerce and retail fulfillment centers. From incoming goods sorting, sequencing of order items at the packing station to outbound good sortation, the AutoPocket solution makes a valuable contribution to intralogistics. The ability to open and deliver items at full speed opens up new possibilities in automation of your order packing and shipping process.

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

AutoStore is the fastest storage and order preparation system per square meter on the market. It combines the highest storage density of all storage and retrieval solutions (AS/RS) on the market with high-efficiency picking technologies to achieve a perfect solution, both for large warehouses and small urban distribution centers. AutoStore allows you to reduce the occupied space by 80% compared to a conventional warehouse and, at the same time, increase the picking capacity up to 10 times, preparing hundreds or thousands of orders every hour. It is suitable for all those companies, whether SMEs or large companies, that work in omnichannel retail, must manage a large volume of order preparation in increasingly shorter delivery times and are looking for solutions to perform faster and more efficient picking. . Another of the great advantages that this system provides is its scalability, allowing companies to expand their storage capacity and robots as the characteristics of their business require it, without having to interrupt their activity. At the same time, this feature gives the system an availability of 98.5%, a unique figure in the field of smart warehouses. It is suitable for all those companies, whether SMEs or large companies, that work in omnichannel retail, must manage a large volume of order preparation in increasingly shorter delivery times and are looking for solutions to perform faster and more efficient picking. . ​​Element Logic has extensive experience designing, implementing and installing AutoStore solutions. Since 2003, it has become the world's first and largest integrator with 400 facilities operating worldwide.

AutoStore is a unique and simple solution that uses robots and bins to quickly process small parts orders. It provides better use of available space than any other automated system thanks to its unique design that enables direct stacking of bins on top of each other and storage of multiple SKUs in a single bin. Over time, the system naturally learns which products have a higher rotation, storing them on the top layer to ensure faster picking times. Why use Swisslog’s expertise with AutoStore? With more than 270 projects worldwide, we are the AutoStore experts and know the challenges our customers face. System easily integrates into other Swisslog subsystems including conveyors, robots and software, thanks to predefined standards. Ready for future growth: AutoStore can be used with manual picking stations or combined with Swisslog’s ItemPiQ robot cell, giving you the option to automate picking step-by-step. Integrated into Swisslog’s Software SynQ. In addition to the core processes you get access to analytical tools. These will help you evaluate better and make smart decisions in your warehouse. Proven algorithms, processes and ergonomic operator screens enable maximum performance from the overall system. Standard connection to SAP/EWM ensures reduced integration costs and increased flexibility in labor planning. Find our more about this solution. Visit our website now!

It is a vertical sorting system that, through communication with the WMS (Warehouse Management System), deposits the packages in the destination locations defined by the customer. The AV-Sorter is able to reach a maximum speed of 4 m/s in translation and 1.5 m/s in elevation. Packages are delivered to the assigned locations using dynamic trays, which ensure efficient and accurate distribution.

The industrial safety gates in the AXES GATE series were the very first Boplan product. In many sectors, falling from a considerable height is a real possibility. The consequences of such falls can be catastrophic: serious injury, long-term disability and in the worst case even death. Personal suffering generally cannot be compensated by damage claims. The consequences for the employer should not be underestimated either. The production process will encounter considerable delays and may even be shut down. Time-consuming labour inspections follow in the wake of such incidents. Your company risks damage to its reputation, you lose precious time, and costs rise through the roof. That is why you need to prevent such situations by investing in solid, robust fall protection – such as the single or double AXES GATE. Over time, our industrial safety gates have been perfected down to the smallest details.

This barrier complies all safety requirements for pedestrian areas. It is completely modular, extremely flexible and it fits with every kind of track. Each unit is composed of two end columns and two/three handrail profiles made of reinforced fireproof polymer V0 class. Its high resistance dynamic structure makes it an excellent protection against trolleys and moving vehicles. According both to HACCP and prevention safety rules.

Very extensive range of ESG ECCO reversing alarms

El sistema anticolisión para almacenes es una realidad y una solución rentable para optimizar la seguridad industrial en las operaciones logísticas. Nortconsulting ha incorporado a su catálogo de productos como distribuidor exclusivo, el útil y novedoso Sensor de obstáculos industrial con señal luminosa y acústica, el cual representa un auténtico avance en materia de prevención de riesgos laborales. La tecnología del sistema anticolisión se aplica a los almacenes a través de una alarma antiatropello que emite una clara advertencia auditiva y visual, capaz de alertar a conductores de carretillas elevadoras y peatones del inminente riesgo de impacto en los ángulos ciegos de las intersecciones entre las estanterías de los almacenes.

Thanks to its camera-based code identification system, VIPAC makes it possible to read barcodes that are of poor quality, dirty or unreadable. VIPAC software reads barcodes and 2D codes at maximum reading rates and transport speeds of up to 4.5 m/s. Unlike traditional barcode scanner systems, the VIPAC system generates images with 17 times more information density. For this reason, VIPAC also makes it possible to identify codes that other systems are unable to read, such as in the case where information in the code is missing and unreadable codes, thereby making it possible to greatly increase the barcode reading rate. See our VICAMssi2 solutions below for linear code reading or our VIPAC monitoring solutions if you want more information about monitoring the status of each of the VIPAC systems