Has the singularity arrived? How will collaborative robots define the future of industry with the blessing of intelligence?

With the accelerated integration of cutting-edge technologies such as AI, robotics, and the Internet of Things with industrial application scenarios, a new round of industrial revolution is emerging. Some time ago, the ChatGPT chatbot detonated the AI boom, giving ordinary people the opportunity to penetrate the boundaries of general cognition and open up a new mode of thinking, which also triggered people's infinite reverie about the human-computer interaction mode. Earlier, based on the three core requirements of "safety", "reliability" and "ease of use" in industrial application scenarios, Fanuc launched the CRX series of "industrial" collaborative robots, which pushed human-machine collaboration to a new height in one fell swoop.

Intelligence makes collaborative robots "like tigers"

Under the dual pressure of global labor shortage and manufacturing transformation and upgrading, industrial enterprises have adopted automated production and used advanced equipment and cutting-edge technology to improve production efficiency and flexible production capacity. In this scenario, collaborative robots have become an ideal choice for many application scenarios: on the one hand, they have the characteristics of flexibility, safety, stability and cost advantages compared with traditional robots; On the other hand, in recent years, the application of AI technology has shown a blowout growth trend, and the technology traction is superimposed on the demand to promote, and collaborative robots are like a tiger with wings.

Collaborative robots that integrate intelligent sensors, visual recognition, voice recognition and other intelligent technologies greatly improve their ability to perceive and understand the surrounding environment, and can complete different tasks in different work scenarios. At the same time, the emergence of cutting-edge technologies such as machine learning and deep learning has laid the foundation for the realization of autonomous learning and autonomous decision-making functions of collaborative robots, thus bringing more possibilities for intelligent production.

At present, the CRX series of "industrial" collaborative robots has formed a complete product series, including 2 series of 6 types of products - CRX-5iA, CRX-10iA, CRX-10iA/L, CRX-20iA/L, CRX-25iA and SMR mobile composite robots. This series of "industrial" collaborative robots has four characteristics: stable, accurate, easy and provincial, with a maximum load ranging from 5kg to 25kg, a radius ranging from 994mm to 1889mm, a repeatable positioning accuracy of 0.03mm to 0.05mm, a maximum movement speed of 1000mm/s in collaborative mode and a maximum movement speed of 2000mm/s in high-speed mode.

Has the singularity arrived? How will collaborative robots define the future of industry with the blessing of intelligence?

Redefine the industrial "human-computer interaction" model

As an emerging robot category in the wave of intelligent manufacturing, collaborative robots can collaborate with on-site staff to complete various tasks, and are widely used in packaging & palletizing, assembly, welding, screw locking, punching, testing, machine tool loading and unloading, handling, polishing and deburring, intelligent logistics and other scenarios. The CRX series of "industrial" cobots enables versatile cobot applications by quickly installing and switching between different process software packages according to different production needs. It is especially suitable for automobile assembly, parts manufacturing, 3C and other industries to meet the high standard requirements of users for space, safety and flexibility.

In industrial processes, the value of cobots lies not only in performing repetitive, low-value-added processes, but also in interacting with field workers in real time to achieve efficient collaboration. When a workspace is shared, people safety is undoubtedly a top priority. The CRX series of "industrial" cobots has intelligent perception capabilities and is certified by TÜV Institute for safety. In the process of collaborative work, the built-in sensors and vision system can achieve accurate positioning and recognition of the surrounding environment, and once the robot itself is perceived to be in slight contact with humans or other objects, it will immediately stop moving, effectively preventing the occurrence of injury. As an important human-machine collaboration method for future industry, the motion control system of CRX series "industrial" collaborative robots adopts characteristic servo motor + reducer, and all models are equipped with IP67 protection level as standard to ensure stable performance in harsh industrial environments and bring more possibilities and new value to all walks of life.

Scalability, ease of movement, flexibility, and flexibility of cobots are becoming a new choice for more and more manufacturers and integrators because they can help users cope with changing production methods and make business operations more resilient and sustainable. With rich experience in factory automation and robot development, Fanuc deeply explores the potential of humans and the ability of robots, and deeply integrates the two. We continue to be committed to providing customers with intelligent, highly flexible and high-load collaborative robot products and solutions, providing strong impetus for the transformation of industrial production mode and redefining the new future of industry.

Has the singularity arrived? How will collaborative robots define the future of industry with the blessing of intelligence?

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