The Need: Why Do Robots Need a Digital Brain? In the confines of factories and warehouses, robots move with millimetric precision, assembling products, packing goods, and optimizing logistics. But how do they learn to do this? The answer lies in artificial intelligence, which has become the digital brain of these industrial automatons. The Project: KUKA
Automation in the food industry has grown significantly in recent years, with a particular focus on the integration of industrial robots. One of the key players in this transformation is the Motoman series of robots from Yaskawa Electric Corp. This article explores the demand and expansion of Motoman robots in the food industry in Latin
In the competitive world of manufacturing, efficiency and innovation are crucial to stay ahead. UsedRobotsTrade, a company based in Zamudio, Spain, offers an attractive and sustainable solution for industries looking to automate their processes without incurring the high costs associated with acquiring new robots. With a wide range of reconditioned industrial robots from leading brands
In the competitive and dynamic world of automotive production, efficiency, precision and flexibility are paramount. KUKA, a global leader in industrial automation, has proven to be a crucial partner for automotive giants, transforming production plants and raising manufacturing standards. This article explores how KUKA has played an essential role in recent automation projects at companies
In a significant move for the industrial robotics industry, Yaskawa Electric Corp. has announced its collaboration with Wind River for the development of the Motoman Next robot. Utilising Wind River Linux, this new generation of robots promises to elevate efficiency and flexibility on production lines with its autonomous and AI-enabled decision-making capabilities. Advantages of Wind
In a world where technology is advancing by leaps and bounds, STEM (Science, Technology, Engineering and Mathematics) education has become a fundamental pillar in preparing future generations. In North America, one tool has emerged as a game changer in the classroom: Dobot robots. With their accessibility, functionality and ease of use, Dobot robots are transforming
In an effort to maximise the productivity of robots in industrial facilities, Productivity Inc. has presented an innovative demonstration highlighting the versatility and efficiency of its automation solutions. The company demonstrated how a single robot can perform multiple tasks, beyond simple part loading and unloading, using ATI’s QC-11 tool changer and RCT-151 radially compliant deburring
In the world of industrial robotics, optimising motion control is a fundamental aspect of ensuring the efficiency, accuracy and reliability of robots. This article explores the keys to optimising motion control in robots. 1. Identify the type of motion: The first crucial step is to understand the type of motion the robot will perform. This
ABB Robotics, a global leader in industrial automation, has announced the launch of its next-generation OmniCore platform, a revolutionary solution that promises to transform the industrial robotics landscape. This unified platform offers unprecedented control over ABB’s wide range of robotics hardware and software, enabling companies to optimise their operations and achieve new levels of efficiency.
Adopting robotic solutions can significantly transform a company’s operations, but it also comes with challenges and potential mistakes that can affect its success. Here are some common mistakes companies make when implementing robotic solutions: 1.Lack of IT (Information Technology) Team Involvement 2. One of the most critical mistakes is not involving the IT team from
