Date
2025-03-24
Despite the rapid and remarkable advancements in robotic automation technology, there are still companies that remain hesitant to fully entrust robots. Such companies prefer robots to operate under human supervision rather than taking complete control of the manufacturing process. Furthermore, it is especially true in industrial environments that pose risks to human workers, where the safety and reliability of robotic operations become even more critical. Recognizing these demands of the collaborative robot market, BRILS is actively promoting its cobot product lineup, the BRS C Series, as one of its flagship products.
The BRS C Series comprises a lineup of 10 cobot series with varying sizes and functionalities, ranging from models specialized in welding to those with enhanced explosion-proof features. These 6-axis collaborative robots boast exceptional precision and stability and are advanced robotic systems that seamlessly incorporate the cutting-edge solutions BRILS has accumulated over the years. Among them, the BRS3011C model stands out with the ability to lift and move up to 30kg, offering a high payload capacity that adds flexibility to work when allocated in production lines. Moreover, the entire series showcases impressively lightweight designs, with body weights ranging from 13 kg to a maximum of 66kg. Impressively, the maximum power consumption is less than 600W—lower than a household microwave—making these robots not only cost-efficient to maintain but also environmentally friendly.
The most universal and significant advantage of the collaborative robots within the BRS C Series lies in their extensive versatility and accessibility. Unlike other cobots, BRILS’ automatic robots feature uniquely broad customization options, allowing them to be equipped with additional devices to perform not only welding, which is considered the foundation of BRILS’ robots, but also tasks in manufacturing, apparel, logistics, services, and educational services. These robots support full-directional installation with a maximum operating speed of 225°/s. As well as in terms of accessibility, BRILS has developed and equipped an intuitive teaching pendant interface, enabling even operators with no prior programming experience to easily control the robots. This user-friendly system reflects BRILS’ concerted effort to maximize convenience for users by incorporating human-centric designs throughout the robot development process.
Among the collaborative robots in the BRS C Series, four models are equipped with explosion-proof options, which serve as a powerful feature. Without compromising their inherent versatility and accessibility, BRILS’ unique multi-layered explosion-proof design ensures the prevention of operator injuries in hazardous work environments exposed to all kinds of flammable, explosive, toxic, high-temperature, and high-pressure conditions including those involving petroleum, natural gas, and chemicals. Hence, these models can operate reliably and safely without the risk of explosion, even in temperatures up to 50°C. Furthermore, high-performance sensors collect real-time data from the work environment, enabling continuous monitoring and recording of the site conditions. With the assistance of intelligent algorithms, BRS C Series’ robots autonomously adjust their operations, enhancing their safety.
The high-efficiency collaborative robot series, BRS C Series, which integrates a variety of cutting-edge technologies, is a next-generation smart robot that can be deployed in nearly limitless applications. These include shipbuilding welding, automobile parts assembly, electronics manufacturing, food processing, medical device production, logistics, and warehouse management. With BRILS’ outstanding system engineering expertise, the BRS C Series is expected to expand into an even broader global presence in the future.
The BRS C Series comprises a lineup of 10 cobot series with varying sizes and functionalities, ranging from models specialized in welding to those with enhanced explosion-proof features. These 6-axis collaborative robots boast exceptional precision and stability and are advanced robotic systems that seamlessly incorporate the cutting-edge solutions BRILS has accumulated over the years. Among them, the BRS3011C model stands out with the ability to lift and move up to 30kg, offering a high payload capacity that adds flexibility to work when allocated in production lines. Moreover, the entire series showcases impressively lightweight designs, with body weights ranging from 13 kg to a maximum of 66kg. Impressively, the maximum power consumption is less than 600W—lower than a household microwave—making these robots not only cost-efficient to maintain but also environmentally friendly.
The most universal and significant advantage of the collaborative robots within the BRS C Series lies in their extensive versatility and accessibility. Unlike other cobots, BRILS’ automatic robots feature uniquely broad customization options, allowing them to be equipped with additional devices to perform not only welding, which is considered the foundation of BRILS’ robots, but also tasks in manufacturing, apparel, logistics, services, and educational services. These robots support full-directional installation with a maximum operating speed of 225°/s. As well as in terms of accessibility, BRILS has developed and equipped an intuitive teaching pendant interface, enabling even operators with no prior programming experience to easily control the robots. This user-friendly system reflects BRILS’ concerted effort to maximize convenience for users by incorporating human-centric designs throughout the robot development process.
Among the collaborative robots in the BRS C Series, four models are equipped with explosion-proof options, which serve as a powerful feature. Without compromising their inherent versatility and accessibility, BRILS’ unique multi-layered explosion-proof design ensures the prevention of operator injuries in hazardous work environments exposed to all kinds of flammable, explosive, toxic, high-temperature, and high-pressure conditions including those involving petroleum, natural gas, and chemicals. Hence, these models can operate reliably and safely without the risk of explosion, even in temperatures up to 50°C. Furthermore, high-performance sensors collect real-time data from the work environment, enabling continuous monitoring and recording of the site conditions. With the assistance of intelligent algorithms, BRS C Series’ robots autonomously adjust their operations, enhancing their safety.
The high-efficiency collaborative robot series, BRS C Series, which integrates a variety of cutting-edge technologies, is a next-generation smart robot that can be deployed in nearly limitless applications. These include shipbuilding welding, automobile parts assembly, electronics manufacturing, food processing, medical device production, logistics, and warehouse management. With BRILS’ outstanding system engineering expertise, the BRS C Series is expected to expand into an even broader global presence in the future.