Under the background that the manufacturing industry continues to move towards the mid-to-high end, industrial upgrading is moving towards the road of "dual transformation" of digitalization and low-carbonization. It is worth noting that while balancing economic development and environmental protection, we also face the problem of labor shortage caused by the aging population. Whether it is to greatly improve operational efficiency or reduce greenhouse gas emissions, collaborative robots play an extremely important role.

High efficiency × low energy consumption × easy maintenance

Collaborative robots are programmable robots that work alongside human workers and have the potential to significantly improve energy efficiency in production and manufacturing. By optimizing the production process and safely cooperating with humans in the same workspace, collaborative robots can greatly improve work efficiency, quality and resource utilization, save a lot of human resources, and achieve high efficiency, precision and energy saving in the production process. This mode of human-machine collaboration coincides with strategies such as energy consumption optimization and labor efficiency improvement advocated in the "dual carbon" goal.

CRX collaborative robot is based on FANUC's accumulated experience in servo motor and robot production for many years. It is specially designed for the field of industrial manufacturing and can help users achieve higher production efficiency and lower environmental impact. The CRX collaborative robot has the characteristics of small footprint, high repeat positioning accuracy, free installation method, etc., and has excellent durability, low energy consumption and economy. For example, under the same load conditions, the rated power of CRX-10iA and CRX-10iA/L collaborative robots is 25% lower than that of M-10iD series industrial robots, and the average power is 70% lower, which can further reduce energy consumption.

Adhering to the consistent "high reliability" product development concept, the CRX collaborative robot adopts a special servo motor + reducer, and the joint failure rate is low. This series of collaborative robots adopts a non-integrated joint structure design, which can replace servo motors, reducers and other components separately, with lower maintenance and repair costs, further prolonging the service life of collaborative robots, avoiding direct scrapping, and achieving sustainable development.

Intelligent application, rational use of resources

Entering the era of Wuka, major manufacturers have carried out structural adjustments and vigorously promoted the automation process, and collaborative robots have become a "sharp weapon" for the upgrading of enterprises' intelligent manufacturing. Through the accelerated combination with cutting-edge technologies such as machine vision, autonomous navigation, and deep learning, collaborative robots are highly automated, intelligent, and visualized, and can quickly adapt and respond to different working environments and tasks.

By introducing collaborative robots to collect, organize, analyze and judge data in the production process, it can help enterprises further understand production conditions, optimize processes and resource allocation, and provide data support in enterprise decision-making. As one of the key equipment to realize the sustainability and environmental friendliness of the production process, the CRX collaborative robot can be equipped with various intelligent functions such as iRVision (intelligent vision) and iRPickTool, which can help enterprises reduce resource waste and carbon emissions, so as to achieve excellence efficacy.

Escort the green development of the industrial chain

Carbon neutrality is the goal of all mankind. Enterprises need to link and coordinate with the upstream and downstream industrial chains. From the perspective of the downstream development of the collaborative robot industry, auto parts, 3C electronics, lithium batteries, photovoltaics and other related industries have great room for growth, all of which are important frontiers for controlling carbon emissions under the "dual carbon" goal.

CRX collaborative robot has high-quality features such as stable performance, high efficiency and energy saving, green and low carbon, flexibility and precision, etc. It can be widely used in various scenarios and can fully support the sustainable development needs of downstream industry customers. For example, in the automotive industry, CRX collaborative robots are widely used in scenarios with large manpower requirements and a high proportion of repetitive labor. In the 3C electronics industry, CRX collaborative robots can participate in production processes such as circuit board handling, ICT testing, screw locking, etc., and are a good helper for enterprises to complete high-quality and precise operations.

Whether it is building a green smart factory with a full value chain or upgrading and transforming production line automation, collaborative robots are an important driving force for the high-quality development of the manufacturing industry. FANUC will actively participate in the promotion of sustainable development goals, while promoting production efficiency and improving product quality, it will comprehensively empower the low-carbon digital transformation of the industry.