The strategic alliance between Universal Robots (UR), a global leader in collaborative robots, and Nvidia, a prominent name in artificial intelligence and accelerated computing, is redefining the industrial robotics landscape. This collaboration has led to innovations that not only enhance the capabilities of existing cobots but also unlock new categories of applications that were previously
In today’s ever-evolving industrial landscape, the traditional image of massive factories filled with sprawling machinery is giving way to a new reality. Small and medium-sized enterprises (SMEs) are now discovering that robotics is no longer the privilege of large multinationals. Thanks to technological advances, compact and collaborative robots are revolutionizing productivity even in tight spaces,
The convergence of artificial intelligence (AI) and robotic automation is profoundly reshaping modern industry. Far from being a passing trend, this synergy is redefining workflows, enhancing efficiency, and unlocking new possibilities across sectors such as manufacturing, logistics, healthcare, and agriculture. With an annual growth rate of 27.2% projected through 2028, investments in AI-powered robotics are
In the age of automation, collaborative robots—commonly known as “cobots”—have become indispensable allies in the industrial sector. Among the leading innovators in this field is FANUC, a global pioneer in robotic solutions. The company has developed a specialized range of cobots tailored for stacking and palletizing tasks, revolutionizing industrial workflows and significantly enhancing operational efficiency.
Industrial automation continues to advance as the backbone of modern production. In this context, UsedRobotsTrade offers a complete and optimized solution for welding processes: a system composed of the KUKA KR30-3 robot, a 3-axis positioner table, and a Megmeet Artsen Plus 500A welding source, designed to integrate quickly, reliably, and economically into production environments across
In the dynamic world of industrial robotics and automation, End of Arm Tooling (EOAT) plays a fundamental role. These tools enable robots to interact effectively with their environment, performing specific tasks ranging from object manipulation to complex processes such as welding and painting. The correct selection and design of EOAT are crucial for optimizing efficiency,
Robotic automation has significantly transformed the global industrial landscape, offering notable economic advantages across various sectors. The implementation of industrial robots has allowed companies to reduce costs in key areas such as labor, materials, and utilities, boosting efficiency and market competitiveness. Reduction in Labor Costs The incorporation of industrial robots in production processes has led to
Automated disassembly of electronic products has become an imperative necessity in the industry, driven by rapid technological advancement and the growing demand for electronic devices. Automation in this field not only optimizes the efficiency and precision of the process but also addresses environmental challenges related to recycling and electronic waste management. Automation Solutions in Electronic
In the dynamic world of industrial automation, robot safety is essential to ensure efficient operations and protect workers. The Association for Advancing Automation (A3) recently announced the publication of the revised ISO 10218 standard, the global reference standard for industrial robot safety. This update, the first since 2011, introduces significant changes that reflect technological advancements
In a world where automation is key to competitiveness, autonomous mobile robotics (AMR) is redefining the way industries operate. Thanks to artificial intelligence, computer vision, and advanced sensors, these robots can move and perform tasks without human intervention, revolutionizing key sectors of the global economy. Logistics and Warehousing: The New Era of Efficiency Logistics has
