TRANSFORM YOUR YARD INTO A SMART LOGISTICS HUB

Palletizing cartons with IQF (Individually Quick Frozen) products presents unique challenges distinct from other industries. Over the past decades, we have demonstrated the ability to provide the best solutions for these challenges. The LR8 palletizer for IQF products features a special configuration specifically designed to handle cartons that are either not completely filled to the top or are overfilled and bulged on each side. This LR8 layer palletizer comes pre-programmed with all the layer patterns known to the sector. These patterns can be selected automatically without any need for manual adjustments, ensuring efficient and reliable palletizing for frozen foods such as vegetables, fries, and fruits.

Climbing robot

Finger grippers for direct contact with food products, for example when transferring products to trays or for quality control (e.g. baked goods, fruit and vegetables, meat and fish) Handling delicate organic products with different shapes and properties, such as chicken thighs or apples Fast picking of hard-to-grip workpieces in food processing, such as croissants or bagels Use in logistics for picking small parts in packaging such as nets or bags Small workpieces such as nuts can be handled as the modular design enables the configuration of compact grippers

No more manual mixed pallets: Körber's MixPal automates the process without the cost or space of traditional systems.

iHB-LF Mobile Robot with Underlift Fork for Autonomous Transport. The iHB-LF model from iBull is an autonomous forklift designed to automate the internal transport of materials between warehouse, production, and shipping areas, without requiring modifications to the existing operating environment. The iHB-LF belongs to iBull's series of forklift-type mobile robots, developed to handle the transport of raw materials, semi-finished products, and finished goods within dynamic industrial environments. Thanks to its underlift fork system, the iHB-LF robot can pick up and move loads directly from the floor or compatible racking, automating the flow of materials between warehouses, production lines, buffer zones, and shipping areas. It uses SLAM navigation technology to map the environment, locate itself, and autonomously plan routes based on the natural features of the workspace. It requires no installation of rails, markers, or modifications to existing infrastructure, enabling quick and flexible integration even in changing industrial environments or those with high traffic of people and equipment.

Automated storage for profiles, tubes and bars up to 7 meters, maximizing safety, space and efficiency.

Wireless Charging That Keeps Your Fleet Moving MOOVair inductive charging delivers high-efficiency (up to 95%) wireless power across a wide range from 1 kW to 30 kW - supporting everything from small AMRs to heavy-duty forklifts with one scalable solution. Designed for opportunity charging, MOOVair enables fast, automatic energy top-ups in seconds during normal operations. By placing charging pads at key points, vehicles charge while working—eliminating downtime and enabling true 24/7 fleet availability. With contactless, maintenance-free operation, there are no connectors to wear out, no manual intervention, and no scheduled servicing—driving down total cost of ownership while maximizing uptime. Built for real-world industrial environments, MOOVair operates reliably in dusty, wet, cold, or high-traffic zones (IP65/IP69). A single transmiter can support multiple vehicles with different battery types and voltages, simplifying infrastructure and enabling seamless fleet scaling. Integration is straightforward via Ethernet and CANopen. The result: higher uptime, lower costs, and a future-ready charging solution for automated logistics.

Adapt your planning system to the real complexity of food operations. Create dashboards, alerts, reports and planning views using natural language, from expiry-risk monitoring and promotional demand to production constraints and supplier delays.

IE5/IE6 drive system with up to 60% lower losses and annual energy savings of up to 15%.

New products and accessories to provide mobility solutions tailored to every need.

PickCenter RovoFlex is an advanced AI-powered automated picking solution designed to keep pace with high demand. This intelligent system continuously improves through machine learning and allows for flexible switching between automatic and manual modes. Each RovoFlex robot learns and shares information in real time with the rest of the system, enhancing overall warehouse accuracy and efficiency. As a result, your operations gain in performance, reliability, and adaptability to peak activity periods.

A decentralised, compact and highly efficient drive solution for dynamic applications.

Libra is an algorithm developed by the University of Zaragoza (UNIZAR) for the software company Alerce, integrated in Alerce Group. It enhances the performance of SENDA, Alerce’s leading application for last-mile route optimization in the courier sector. SENDA’s geocoding capabilities already leveraged proprietary algorithms, supported by external GIS systems, as well as assignment engines, route optimization tools, and real-time monitoring. With the integration of the new algorithm - internationally awarded-, the system now solves the complex challenge of reassigning customers between delivery zones. This reallocation process is completed in a matter of seconds, balancing workloads across zones, reducing delivery errors, and significantly lowering operational costs. SENDA is a high-performance route planning solution tailored for complex logistics environments. It features a powerful calculation engine capable of managing hundreds of thousands of daily delivery and pickup services with exceptional accuracy and adaptability. Its robust integration capabilities make SENDA a flexible and scalable tool, ideal for supporting business growth. The Libra algorithm integrated into SENDA was developed by the Numerical Analysis, Optimization and Applications Research Group at the IUMA Institute of UNIZAR. It was awarded second place in the ALIO Prize for Excellence in the Practice of Operations Research, granted by the Latin-Iberoamerican Association of Operations Research.

Detects sealing, label and date defects, and already reads the GS1 QR code retailers will require by 2027