Humanoid Robots On the Move: Technological Empowerment and Expanding Application Scenarios

Humanoid Robots On the Move: Technological Empowerment and Expanding Application ScenariosDuring the 2024 World Robot Conference, nearly 170 companies showcased over 600 innovative products, presenting a spectacular Robot Revolution. From humanoid robots cooking and making heart gestures, displaying calligraphy, to robot dogs spinning, jumping, and autonomously crossing obstacles, these robots demonstrate astounding technological breakthroughs and application potential

Humanoid Robots On the Move: Technological Empowerment and Expanding Application Scenarios

During the 2024 World Robot Conference, nearly 170 companies showcased over 600 innovative products, presenting a spectacular Robot Revolution. From humanoid robots cooking and making heart gestures, displaying calligraphy, to robot dogs spinning, jumping, and autonomously crossing obstacles, these robots demonstrate astounding technological breakthroughs and application potential. The conference witnessed a continuous enrichment of exhibits, expanding and deepening application scenarios, signaling a new stage of high-quality development for China's robotics industry.

Humanoid Robots: Technological Breakthroughs and Accelerating Application Scenarios

This conference featured 27 humanoid robots on display in the exhibition hall, competing to be the center of attention. These humanoid robots have already made their mark in a variety of scenarios, including industry and retail, and are demonstrating even more powerful capabilities and broader application prospects.

1. Industrial sector: Humanoid Robots Enhancing Production Efficiency and Intelligence

The WalkerS series of humanoid robots, brought by UBTECH, demonstrated their execution capabilities in intelligent handling, sorting, and quality inspection during a display of an automotive production line brought to life. The WalkerS series of humanoid robots can complete tire inspection procedures in 60 to 80 seconds, seamlessly matching the production rhythm of the most advanced automotive factories. More importantly, the WalkerS series of humanoid robots can also collaborate with workers, AGVs, unmanned logistics vehicles, and intelligent manufacturing management systems to accelerate information flow, thereby enhancing the intelligence and flexibility of industrial manufacturing.

2. Agricultural sector: Humanoid Robots Assisting in Efficient Harvesting and Improving Agricultural Production Efficiency

Weijingsmart's humanoid harvesting robot demonstrated its apple-picking "skills" for the audience. From receiving voice commands and identifying fruit maturity to planning moving paths and completing picking actions, the entire process is seamlessly connected, showcasing its application potential in agriculture. The robot integrates line laser binocular stereo vision "eyes" that can reconstruct full-range, high-precision color 3D point cloud models of fruits and vegetables, and works in both bright and dark environments, providing data support for accurate fruit and vegetable positioning and picking. Its flexible adjustment function also significantly expands the field of view, enhancing the depth and breadth of picking, allowing for easy surface and depth picking. Additionally, the robot's end effector is equipped with an independently developed intelligent dexterous hand that can simulate human picking actions, eliminating the need to frequently change grippers, enabling flexible picking of different types of fruit.

3. Medical sector: Humanoid Robots Assisting in Surgery and Improving Medical Service Efficiency

ROPA, the "AI+ROBOT" orthopedic surgical robot on Changmu Valley's booth, is a fusion of "digital brain," "digital hand," and "digital eye," showcasing the application potential of robotics technology in the medical field. The digital brain is equipped with artificial intelligence deep learning technology that can simulate the thinking of orthopedic experts, accurately plan surgical paths, and tailor customized surgical plans for each patient. The digital eye monitors changes in the patient's intraoperative position in real time, helping doctors overcome operation blind spots. The intelligent follow-up technology of the digital hand ensures precise execution of every key step during surgery, and the surgery control accuracy has exceeded the millimeter level. This orthopedic surgical robot significantly shortens the surgery time, from the original three hours to 20 minutes, and can reduce surgical bleeding, accelerating the healing process.

4. Service sector: Humanoid Robots Enhancing Human-Computer Interaction Efficiency and Expanding Service Scenarios

Cloudminds X30 showcased its follow me skills at the conference, where operators can control the direction and speed of the robot dog using a tether rope. The robot dog can autonomously adapt to crossing various random terrains while following. This technological breakthrough significantly improves the human-computer collaboration efficiency of X30 in various operational scenarios, and lays a solid foundation for its application in various application scenarios, such as emergency rescue, fire reconnaissance, and future scientific research.

5. Research sector: Humanoid Robots Assisting in Scientific Exploration and Expanding Technological Boundaries

The world's first full-size general-purpose humanoid robot open-source public version machine Qinglong was once again the focus of attention at the conference. This 185cm tall guy is equipped with 43 joints throughout its body, can walk quickly, and can nimbly avoid various obstacles. Its hands are also very flexible, capable of precisely grasping small objects as small as 2cm. The Qinglong R&D team, focusing on the overall capabilities of humanoid robots, has carried out system engineering design, fully benchmarking human biological functions, establishing a complete perception-decision-execution chain, and opening up the technology to the entire society, providing new possibilities for the development of humanoid robots.

6. General Intelligence: Humanoid Robots Integrating AI for Multi-scenario Applications

Zhifang's AlphaBot, equipped with the self-developed full-stack universal embodied intelligence system AI2RBrain, demonstrates its flexible switching of identities in both production and life scenarios. AI2RBrain adheres to data ownership, model structure innovation, and uses innovative training methods for efficient iteration, driving the launch of universal intelligent robot products to provide full-scenario, high-reliability services for thousands of industries and households.

Robotics Industry: China's Market Booms, Global Influence Increases

Since 2015, the World Robot Conference has witnessed the rapid development of China's robotics industry, achieving a leap from "small to large" and "from large to strong." IDC data shows that by 2028, global spending in the robotics sector is expected to exceed $370 billion, with China's market accounting for nearly half. With the development of robot applications in depth and breadth, the intelligent integration of AI and other technologies, and the rise of China's robot export boom, China's robot market is showing a new and vibrant vitality, attracting more attention and recognition around the world.

Conclusion:

The 2024 World Robot Conference showcased new breakthroughs in robotics technology and the accelerated expansion of application scenarios. Humanoid robots, as a highlight of the robotics field in recent years, have made significant progress in technological innovation and application implementation. With the continuous development of AI technology and the expansion of application scenarios, humanoid robots will play an even more important role in the future, contributing more to social development and improving human life.

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