Collaborative robots, also known as cobots, are automation tools that work in collaboration with humans. Due to their ease of use, low cost and high precision, they are becoming increasingly popular in different sectors. In education, cobots are being used to teach students programming and robotics skills in an interactive way. For example, the Dobot
Numerous industries, from manufacturing to healthcare to transportation, have been transformed by advances in robotics technology. Robotic arms have become an important part of industrial processes, allowing automated tasks to be more efficient and accurate. The tools used at the end of the arm are essential for industrial robots to function properly. Traditional challenges in
Technological advances in the equipment and metallurgy industries are notable. One of the main companies in this sector is Fanuc, which combines robots and artificial intelligence in the cloud to offer its clients specialized and flexible solutions. In this article we will examine Fanuc’s innovations and how they have transformed the market. Parallel and cylindrical
Cobots, short for collaborative robots, are robots that can operate safely and effectively alongside people in an environment without physical barriers or distance. Thanks to their ability to adapt to the environment, detect contacts and anticipate collisions, these robots are perfect for applications that require precision, flexibility and ergonomics. One of the leading companies in
With its advances in artificial intelligence and cloud robotics, Fanuc, a leading industrial technology company, has managed to revolutionize the machinery and metal industry. Then we will talk about how Fanuc has changed this industry: Adaptable and personalized solutions Fanuc’s ability to provide customized and adaptable solutions to its clients has been one of its
Yaskawa has achieved significant innovations in the development of collaborative robots, also known as cobots. These robots are designed to work alongside humans safely and efficiently in production environments. One of Yaskawa’s main innovations in this field is its focus on safety. They have developed robots equipped with advanced sensors and collision detection systems that
In-line measurement technology is a key tool for quality control and process optimization in the textile industry. However, this technology presents some challenges, such as the variability of environmental conditions, the complexity of materials, and the need for high precision and reliability. To overcome these challenges, the Spanish company Sumotex has developed an innovative system
Industrial robotics has traditionally been a field reserved for large companies that could afford the cost and complexity of robotic systems. However, this is changing thanks to new ease-of-use features that promise to democratize robotics for smaller manufacturers. One of the companies leading this change is Yaskawa Motoman, a division of Yaskawa America, Inc., which
In the world of robotics, the ABB company has recently launched its latest robot model, the IRB 1090. This new robot has been specifically designed to improve the skills of students in the field of robotics and automation. In this article, we will explore the features and benefits of the IRB 1090 robot and how
Robots have revolutionized various industries, making tasks more efficient and precise. One such innovation is the Dobot CR20A collaborative robot, designed specifically for heavy-duty applications. In this blog article, we will explore the features, benefits, and applications of this cutting-edge robot. The power of collaboration The CR20A is a collaborative robot, meaning it can work
