Depalletization, the process of removing products from a pallet, is a fundamental task in logistics and manufacturing. For years, this work has been labor-intensive, repetitive, and physically demanding, making it prone to human error and injury. However, with the advancement of industrial robotics and computer vision, the question of whether to automate depalletization has become
In a world where time is gold and efficiency even more so, companies are seeking automated solutions that go beyond functionality — they must be intelligent, flexible, and scalable. Within this landscape, URT, a specialist in industrial robotics and automation, introduces one of its most promising technological gems: the YOUIBOT P200, an autonomous mobile robot
In an increasingly competitive logistics environment driven by the rise of e-commerce, efficiency in space management and processing speed have become key factors for success. FANUC, a world leader in industrial automation solutions, offers advanced technologies that optimize warehouse space through automated storage and retrieval systems (AS/RS). Automation for Efficient Space Utilization FANUC’s AS/RS systems
In an increasingly automated world, artificial intelligence (AI) is opening new doors in the robotics industry, and one key area of its impact is depalletization in the supply chains of food products. Depalletization, the process of removing products from a pallet for further distribution, is one of the most challenging and critical tasks within warehouses
Currently, picking systems are fundamental for the efficiency of logistics and warehouse operations. These systems allow for the selection and collection of products to fulfill orders quickly and accurately. However, there are various technologies and approaches that differentiate picking systems, each adapted to the specific needs of each industry. In this article, we will explore
