脑子比不过AI，手也要沦陷了？这只灵巧手看得我有点慌

Core Viewpoint - The article discusses the evolution and significance of human hand dexterity, highlighting the challenges and advancements in creating robotic hands that can replicate this dexterity, particularly through the innovative use of flexible transmission systems [5][7][39]. Group 1: Evolution and Functionality of Human Hand - The human hand has evolved from simple structures in early primates to a complex system that combines strength and flexibility, allowing for precise manipulation of objects [1][3]. - The thumb's development has been crucial for fine motor skills, enabling actions such as gripping and writing, which account for a significant portion of hand functionality [9][11]. Group 2: Challenges in Robotic Hand Development - Current robotic hands often fail to replicate the dexterity and adaptability of human hands, with many products being either too bulky or rigid, leading to limited functionality in real-world applications [5][12][15]. - Approximately 80% of existing robotic hands are underutilized, primarily due to a focus on increasing degrees of freedom (DOF) rather than enhancing actual dexterity, which is a more critical measure of usability [15][16]. Group 3: Innovations in Robotic Hand Technology - A new robotic hand showcased at the World Robot Conference demonstrated remarkable flexibility and coordination, closely mimicking human hand movements and capabilities [6][7]. - The company, Lingqiao Intelligent, has adopted a flexible transmission system inspired by human tendon mechanics, allowing for lightweight and efficient operation while maintaining high dexterity [23][30]. Group 4: Market Position and Future Directions - Lingqiao Intelligent aims to prioritize quality over quantity in the production of robotic hands, focusing on high reliability and performance for genuine applications rather than mere aesthetic purposes [34][35]. - The company is positioned to advance the field of robotic hands by enhancing sensory capabilities and intelligent control systems, targeting industrial applications in sectors like automotive manufacturing and electronics [36][40].