Industrial automation has experienced significant advances in recent years, driven by the integration of innovative technologies aimed at improving efficiency and flexibility in various productive sectors. Two prominent approaches in this field are the adoption of modular robotic systems and the implementation of collaborative robots (cobots), which facilitate process automation without requiring complex customized solutions.
In a revolutionary advance for the automation industry, FANUC has launched the CRX-10iA/L Paint, the market’s first explosion-proof collaborative painting robot. This cobot, specifically designed for industrial painting applications, promises to transform coating and painting processes with a combination of safety, precision, and ease of use. The CRX-10iA/L Paint is certified under ATEX standards for
The automotive industry has taken a significant step in optimizing its manufacturing processes with the implementation of the first robotic solution for paint repair on a moving production line. This innovation, developed in collaboration between General Motors (GM), 3M, and Fanuc, marks a milestone in industrial automation and promises to redefine the standards of quality
At the Pack Expo event held in Chicago, FANUC, one of the leading manufacturers of industrial automation solutions, presented a series of collaborative and industrial robots specifically designed to improve processes in the food and packaging industry. During the exhibition, the company highlighted its commitment to innovation and the adaptability of its products, which address
Industrial automation has experienced significant growth in recent decades, with industrial robotics playing a crucial role in optimizing processes and improving efficiency in various industries. However, investing in new robots can be considerable, leading many companies to consider acquiring used industrial robots as a viable and economical alternative. This option not only reduces costs but
In the era of industrial automation, the need for cost-effective and efficient solutions has never been more crucial. In sectors operating in hazardous environments, such as mining, heavy manufacturing, and the chemical industry, the implementation of industrial robots not only improves productivity but also protects workers from unnecessary risks. In this context, refurbished Fanuc robots
In the world of industrial automation, innovations that optimize the performance of robotic systems are essential for improving the efficiency and precision of tasks. A notable example is the collaboration between Kuka and Kollmorgen, which led to a significant improvement in the power density of the motors used in the KR Agilus series robots. Better
In the automation industry, the durability of industrial robots is key to ensuring efficiency and productivity. FANUC, a global leader in industrial robotics, has developed FoundryPro technology, designed to optimize the performance of its robots in hostile environments such as foundries, steel mills, and injection molding plants. With enhanced protection and durability features, this innovation
In the field of industrial automation, SCARA robots (Selective Compliance Assembly Robot Arm) have been an effective solution for tasks requiring precision and repeatability. However, applications in industries demanding strict hygiene conditions, such as food, pharmaceutical, and optical industries, require greater resistance and the ability to withstand rigorous cleaning procedures. This is where the SCARA
The construction industry, historically characterized by high accident rates and slow manual processes, is undergoing a transformation thanks to the incorporation of advanced automation and robotics technologies. In this context, Kawasaki robots have emerged as an innovative solution, capable of optimizing productivity and significantly improving safety on construction sites. Integration of Robotics in Construction The
