In a context where e-commerce continues to grow, omnichannel operations intensify and pressure to optimize space and costs increases, intralogistics automation has become a key competitive pillar. Skypod® Next Generation is the evolution of Exotec’s robotic system, designed to address the current and future challenges of logistics centers. Skypod Next Gen stands out for its higher density, flexibility and scalability, enabling companies to optimize space utilization, increase productivity and adapt to increasingly demanding operational environments. Its modular, standardized architecture allows customization to each customer’s needs and supports the system’s progressive evolution over time. The system consists of racking, robots and workstations. The robots concentrate all moving elements and operate under real-time monitoring, ensuring availability, operational stability and consistent productivity. One of its most significant innovations is the ability to move 100% underneath the racking, eliminating the need for aisles and increasing storage density by up to 30%. The robots access all loads directly and transport containers of up to 30 kg to the workstations, maximizing warehouse volume with heights of up to 14 meters and single- or double-deep configurations. The “goods-to-person” principle remains the foundation for high performance levels. Scalability continues to be a key differentiator. The system can be sized to meet immediate requirements and rapidly expanded in both static and dynamic capacity. In addition, Skypod Next Gen integrates advanced functionalities such as open and closed order management, mixed picking of individual items and full cases, and the ability to perform packing directly at the picking station, improving efficiency and return on investment.

Battery powered electric tug

It is a mobile robot designed to operate autonomously in logistics centers, warehouses and similar places. It is equipped with sensors, navigation systems and decision-making capabilities that allow it to move independently and autonomously. It is used in various applications, where it can transport goods from one place to another efficiently or create an ergonomic work process for workers, and the number of robots and working hours per day are adjustable, which also allows it to meet changes in demand or seasonality. Their main advantage is their ability to adapt to changing environments and perform repetitive tasks, which can increase productivity and reduce operating costs in a variety of industries. They are also capable of navigating and operating in hazardous environments and can be used to increase safety. These robots can be programmed or configured to fulfill a wide range of functions, making them a versatile tool for process automation in different environments. ⚡ High speed (2,2m/s) ❄️ Tolerance to work in extreme conditions (-20°C - 50°C) ⚖ High size/load capacity ratio ✅ Completely safe and reliable 🧩 Modular structure ⭐Adaptable to multiple environments 💰 Reduces operating costs 📶 Increases efficiency and productivity

A low-code platform that lets any user optimize their production process without deep knowledge of programming or industrial optimization. In a guided flow, users select operation templates, upload 2D drawings, perform guided 3D digital twin integration, set camera placement, complete module configuration, and run connectivity tests—all ready for deployment on the shop floor. Built to be template-based and user-configurable, it accelerates digital adoption for SMEs and mid-caps through a marketplace model of reusable modules. The architecture is scalable and sustainable, underpinned by proprietary technology that ensures reliability, performance, and future-proof extensibility.

It is a multidirectional pallet storage and retrieval system designed for efficient storage, handling and order picking of pallets. It revolutionizes the traditional shuttle concept by offering intelligent storage retrieval. Its pioneering design allows movement in all directions and travel between levels, providing the flexibility to move any pallet to any storage space within the system. It is capable of carrying loads of up to 1,500 kg. To enable order picking, tunnels and picking stations are installed so that products can be picked safely, eliminating the need to remove the entire pallet. The system automatically organizes and optimizes the warehouse, integrating with the customer's ERP systems and processing lines to manage the pallets without manual intervention. This AS/RS system helps to increase storage density, allowing the construction of warehouses up to 30 meters high. This can add up to 60% more pallet space compared to traditional storage solutions in the same area. It also provides the ability to eliminate overhead in the storage environment, reducing heat loss, labor costs and overhead. 🔀 Multidirectional ⚖️ High density storage (Up to 55% more than a traditional system) 💰 Reduces operational costs (Operational downtime, personnel, product damage, ...) 🧩Flexible. Easily adapts to the warehouse structure without major structural changes. 📶Scalable. You can add more taxis as your business grows. ⚡ Process orders faster ⭐ Increases efficiency and productivity. 🍃Sustainable. Reduces carbon footprint, energy consumption, optimises the use of space and reduces the risk of accidents.

It is an innovative robotic sorting system for accurate sorting of small and medium sized items. This system uses small robots that move on a platform to perform automatic product sorting. The items are placed in a 3D station, which deposits the products in different boxes, thus completing the orders. It is capable of handling large volumes of merchandise, making it ideal for e-commerce and reverse logistics companies. This system provides greater efficiency, accuracy and flexibility, reducing costs in sorting, labor and space. Its quick installation and return on investment make it an attractive solution for a multitude of industries. Its modular design provides the flexibility to adjust to changing business needs, facilitating simple, agile and staggered expansion. During periods of high demand, capacity can be increased without expanding the physical space. Simply add robots or even increase the number of sortation tables as needed. It requires as little as 5 minutes of training, allowing staff to be integrated into the operation immediately. ⭐2 to 5 times higher efficiency vs. traditional 🧩 Multiple configurations and levels ⚡ More than 30,000 items/hour ⌛ Rapid implementation (even less than 1 month) 🍃 Sustainable, reduces carbon footprint and promotes ergonomics ✅ Versatile (small, medium, irregular products, ...) 💰 Extremely fast ROI 📶 99.9% accuracy and close to 100% availability

The SMT is a folding ladder with wheels and a wide 52x62 cm non-slip worktop with access via a 60º inclined ladder with 15 cm deep non-slip steps and handrails on both sides. Light and robust structure entirely made of aluminium. The SMT is a ladder generally used in industries and warehouses for material storage operations on the shelves, for maintenance on machinery or for cleaning the highest niches in cemeteries. The worktop includes 15 cm high plinths and 110 cm safety railings on all 4 sides. The platform is accessed by lifting the railing. Two stabilizer bases and two 17 cm diameter wheels installed at the rear. The ladder is moved by means of two handles that allow the ladder to be lifted so that the two wheels support the ground. This product complies with the European standard EN 131-1,2,3 and is delivered together with the certificate of conformity, the maximum load it can withstand is 150 kg. TECHNICAL CHARACTERISTICS Removable ladder easy to store. Non-slip steps 15 cm deep. 60º inclination for a comfortable and safe climb. Non-slip platform of 52x62 cm. Handrail and railing 110 cm high. 15 cm high plinths that prevent objects from falling from the work surface. Two stabilizing bases with non-slip caps for greater safety. 2 wheels of 17 cm in diameter. Handles to lift and move the ladder.

An innovative, differentiated software, 100% developed in Portugal, regularly updated with current laws. By automating the reading and reporting process, manage your fleet and drivers efficiently, controlling costs. Verification and Confirmation of Non-conformities: Detailed analysis process to identify, validate and record non-conformities. Tachograph Data Consultation and Analysis: Quick and simplified access to driver and vehicle data, allowing efficient analysis based on tachograph information. Time and Resource Savings: Rapid data collection reduces costs and speeds up the process, ensuring greater efficiency. Cost Reduction and Legal Compliance: Constant monitoring to avoid fines and infractions, resulting in savings for the company. Compliance Analysis: Obtain in-depth reports on infractions, expected fines, and recommendations for corrective measures. Efficient Deadline Management: Monitor driver card deadlines and data download deadlines, with customizable reminders. Monitoring Driving Times: Track daily and weekly driving periods, ensuring efficient management of the workday. Data Download and Collection: Access your drivers data and ensure the most up-to-date information is always available.