聚焦人形机器人“精动”，艾克斯智节发布高性能关节模组

Core Insights - The humanoid robot industry is experiencing a critical breakthrough period, with accelerated advancements in core technologies, continuous innovation in products, and an expanding range of application scenarios [1] - The industry is focusing on overcoming key technologies such as high-precision reducers and high-performance servo drive systems to enhance the intelligence and precision of robots [1] Industry Developments - The 2025 Humanoid Robot Intelligent Joint Module Development Forum was held in Hangzhou, where the launch of high-performance and high-precision joint modules was announced [1] - Experts and industry leaders gathered to discuss frontier technologies, iterative challenges, and the future of high-quality development in the humanoid robot sector [1] Company Overview - Aikeshi Intelligent Technology, established in July 2025, specializes in the R&D, production, and sales of robotic joint modules [2] - The company has developed several series of harmonic and planetary modules and has filed multiple patents and certifications [2] Industry Challenges - The humanoid robot industry faces five major challenges: increasing lightweight requirements, higher integration demands, customization needs, surging demand from quadruped robots, and cost control for mass production [2][3] - The weight of modules exceeds 30% of the robot's total weight, necessitating performance improvements while reducing weight [2] Technological Advancements - Aikeshi has made significant progress in four core product systems: harmonic reducers, planetary reducers, precise force control systems, and integrated solutions for motors, brakes, encoders, and drivers [3] - The standard lifespan of harmonic reducers exceeds 10,000 hours, with transmission accuracy reaching 29 arc seconds, and some models achieving below 15 arc seconds [6] Future Outlook - The company plans to launch RV series, cycloidal series, and planetary ball screw series joint modules over the next three years [6] - Experts emphasize the need for the next generation of joint modules to integrate perception and decision-making capabilities, enabling real-time status awareness and adaptive adjustments [6][7]