光学多模态感知技术

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小小传感器,让机器人拥有人的力觉感受
Nan Fang Du Shi Bao· 2025-04-02 18:23
Core Insights - The article highlights the growing interest in Huali Chuang Science's multi-dimensional force sensors, which are based on "optical multi-modal sensing technology," particularly in the context of the booming humanoid robot market [2][8]. Company Overview - Huali Chuang Science was founded in 2019 and has developed unique technology that addresses previously unmet sensing needs in various industries [2][4]. - The CEO, Yu Chen, has a strong technical background, having worked on the technology for over a decade before establishing the company [4]. Technology and Product Development - The company's six-dimensional force sensor is notably small, comparable to the size of a fingernail, and represents a significant advancement in the field of multi-dimensional sensing [6][7]. - Huali Chuang Science's technology allows for the detection of nano-level micro-deformations using non-laser light sources, which is a breakthrough compared to traditional methods [6][7]. - The sensors are designed to meet the demands of humanoid robots, surgical robots, and other applications requiring lightweight and compact solutions [7][9]. Market Trends and Opportunities - The rise of humanoid robots has led to increased interest from major industry players, with Huali Chuang Science frequently approached by potential clients [8][10]. - The company has identified key revenue sources in humanoid robots, aerospace, and precision processing, with expectations for significant growth in 2025 [11]. Future Prospects - Huali Chuang Science anticipates a doubling of its revenue in 2025, driven by new sensor demands in smart healthcare and new energy vehicles [11]. - The company is well-positioned to benefit from supportive policies in Shenzhen aimed at advancing artificial intelligence and humanoid robotics [12]. - The establishment of a presence in the Hong Kong Science Park will facilitate collaboration within the Greater Bay Area, enhancing the company's growth potential [12].