The Servus software is the strategic centre of the entire Servus system. It controls the flow of materials consistently, efficiently and precisely – perfectly tailored to each individual environment. It is operated locally, directly at the customer's premises. This guarantees maximum data security, full system autonomy and unrestricted operability – even in the event of internet failures. Servus software: Control in your hands. Efficiency in every process.

A new WMS is the solution TURN CHAOS INTO SMOOTH OPERATIONS What you’re experiencing isn’t an isolated case; it’s the natural consequence of operations that have evolved faster than your systems. Many companies try to manage demanding logistics with tools that simply weren’t designed for that level of pressure. The solution isn’t to work longer hours or further complicate processes, but to implement the missing piece: a Warehouse Management System (WMS). This technology allows you to organize, coordinate, and control every movement of your inventory in real time, integrating seamlessly with what you already have. It’s the smartest way to professionalize your logistics and regain full control, without having to change your ERP or add unnecessary bureaucracy to your day-to-day operations.

Professional stool for the industry. -Made of aluminum. -60x25 cm metal steps. -Wheels for easy transport in SGAS03 and SGAS04 models. -Reinforcement cross. -Stabilizer.

The SGP model is an aluminum stool with a checkerboard worktop and comfortable and safe 23x36 cm steps. It has a practical slide tray useful for work in warehouses or industrial plants. This product complies with the EN 131-1,2,3 standard for models greater than 1 meter in height, and with the EN 14183 standard, for models less than 1 meter in height. It has a certificate of conformity and an instruction manual. The maximum load it supports is 150 kg. TECHNICAL CHARACTERISTICS Light and easy to handle stool. Rear wheels for easy portability. It occupies little enclosed space. STAINLESS STEEL steps 23x36 cm.

The EP50 modular metal shelving units are designed and engineered to hold PLASTIBOX front-opening bins. Their guide-rail design makes it easy to remove the bins and prevents them from moving around as they would on a standard shelf, enabling an ideal organisation system for workshops, logistics warehouses, industrial maintenance centres, etc.

Shipping container castors are mounted on sea freight containers or frames with container corners in accordance with ISO 1161 to enable them to be moved. Our range offers various types of shipping container castors with twist lock fastenings, which can move loads of up to 16,000 kg.

Shuttle MS2 — Smart Storage at Its Best The Maxber MS2 is a semi-automatic shuttle that transforms any conventional racking into a high-performance compact storage system. Designed to work with any rack brand and pallet type —European or American, wood or plastic— it adapts to your existing installation with no civil works or extra infrastructure investment. Why the MS2? With a load capacity of up to 1,500 kg and 8 hours of autonomy, the MS2 is built for demanding environments: from 3PL logistics centres to cold storage chambers down to -25 °C. Its 48V lithium battery recharges in just 2 hours, keeping downtime to a minimum. Technology that works for you Operation is managed from a ruggedised tablet via its own WiFi network, with full WMS/ERP integration. Traceability is ensured through RFID reading, and its telemetry system dynamically adjusts speed based on real load conditions. LIFO and FIFO functions supported. Safety without compromise Features obstacle detection, anti-collision system, auto-lock with lane detection, and a rear-view camera. Engineered for intensive work environments with maximum reliability and minimum risk. Quick specs: Load capacity: 1,500 kg Autonomy: 8 h | Charge time: 2 h Temperature range: down to -25 °C Control: tablet + WiFi | RFID | WMS/ERP integration Low-profile height: 119/162 mm Maxber — Storage solutions built to grow with you.

Automated shuttle system for high throughput distribution centres The Shuttle System is an automated storage solution for boxes that speeds up order picking, ensuring a constant flow of products from the warehouse slots to the pick stations.

Automated shuttle system for high throughput distribution centres The Shuttle System is an automated storage solution for boxes that speeds up order picking, ensuring a constant flow of products from the warehouse slots to the pick stations.

Manipulación automatizada de palets y máxima eficiencia en almacenaje de canales gracias al SSI Orbiter El está formado por la estructura de acero especial para el almacenaje de canales, por el vehículo de canal y por la correspondiente estación de espera (docking). Los almacenes de carriles donde se debe usar el Orbiter están equipados por la parte frontal con una estación de carga para centrar el palet. El Orbiter y la estación de espera son introducidos por una carretilla de horquilla en la estación de carga patentada en el canal deseado. La estación de carga evita posicionamientos erróneos, daños en el material y permite ganar tiempo durante la colocación, lo que representa una gran ventaja sobre todo en los niveles más altos. A continuación, las carretillas toman el palet que se debe introducir en el almacén y lo colocan sobre el Orbiter, que lo transporta a la siguiente ubicación posible dentro del canal. Las órdenes son transferidas al Orbiter a través de un control remoto. El orbiter es excepcionalmente fácil de operar gracias a la visualización de imagen lógica y claramente comprensible. Un menú intuitivo facilita el control de múltiples Orbiter con el mismo control remoto. Está diseñado específicamente para gestionar las exigentes necesidades dentro del almacén. Una vez que se ha completado el pedido, el vehículo lanzadera regresa automáticamente a la estación de acoplamiento. Los movimientos de los palets en el sistema de canales son posibles según el principio FILO y el principio FIFO. Con el principio “First in-Last Out” (FILO) los palets entran y salen del almacén solo a través del lado de manipulación de la estantería. Con el principio “First In-First Out” (FIFO) los palés introducidos también se pueden volver a sacar por el lado opuesto de la estantería. La reorganización plenamente automatizada del canal permite mientras tanto la alimentación continua para el cumplimiento lógico del principio FIFO. Mientras que el Orbiter introduce el palet en el almacén, la carretilla puede tomar ya el siguiente palet para alimentar de nuevo el sistema. Esto supone para usted una gran optimización del tiempo y un ahorro de costes muy significativo. El sistema es apto también para el almacenaje de productos congelados y es capaz de manipular más de 100 modelos de palets distintos conforme a las normas regionales, nacionales e internacionales.

The SIGMIMONE project encompasses in a single tool all the information and management necessary for the management of indicators (or Key Performance Indicators - KPIs) for the control of our automated logistics warehouse. The product allows a technical analysis of failures, duration of downtime, the time between breakdowns, availability per machine, etc. in such a way that we condense all the data with the aim of supporting the technical team to optimise their working time and reaction to the machinery. On the other hand, we facilitate strategic decision-making by maintenance and operations management to set short, medium and long-term objectives at an operational level. The SIGMIMONE tool has been designed by maintenance and IT engineers of the MIM Group in a complete way, adapted to the real needs of our customers and with a modular philosophy that allows maximum flexibility in data visualisation leading to an easy and quick diagnosis of the state of the technical installation.

Automate the first step of your warehouse flow with Mujin’s teachless depalletizing robots. From tightly packed boxes to irregular layouts, our system sees, understands, and picks—without needing pre-programmed rules. With up to 1,000 cases/hour for single loads and 600 for mixed, Mujin’s depalletizing robot sets the global standard. Its evolving 3D vision recognizes any box, bag, or container—even with tape, damage, or odd shapes—without needing master data. All driven by the Mujin Software, it handles the unexpected, reduces damage, and maximizes uptime. Reliable. Scalable. Ready to run from day one.

Mujin's intelligent palletizing robots bring adaptability to your production line—no manual programming. Just plug in your product specs, and the system automatically generates optimal pallet patterns in real-time. It delivers industry-leading speed—up to 500 cases/hour, even with mixed loads. Powered by the Mujin Software, it automatically calculates optimal loading patterns while handling cases, bags, and containers across multiple fixture types—pallets, basket carts, and trucks. Fully teach-less. Ultra-reliable. Compatible with major robot brands. Let Mujin simplify your shipping process.

- High precision with Ultra Wide Band (UWB) technology - Configurable real-time alerts for driver and pedestrian - Scalable based on operational needs - Compatible with different processes in industries, construction, ports or airports - Warning ranges configurable from 1 to 30m. How IPAS prevents pedestrian collisions in the industry IPAS is an intelligent safety solution that prevents accidents due to run over or collision, with different types of proximity alerts and specific devices compatible with all industrial processes where there is interaction between vehicles and pedestrians, such as: warehouses, industries, construction, ports, airports or mines. Applicable for all types of vehicles such as forklifts, container trucks, excavators, cargo trucks, tractors, concrete mixers, even port cranes. Ultra Wideband technology allows alerts to be issued in real time with high precision for the driver and pedestrian, allowing the agile and safe circulation of forklifts and people in the industrial environment, optimizing the prevention of occupational risks.

Replacement of a two-column lifting system, flag made up of a motorized and rubberized roller conveyor. The facility processes a box flow of up to 400 boxes/hour.