Core Viewpoint - The article discusses the advancements and commercialization of flexible tactile sensing technology by "Wutong Gankong," highlighting its significance in robotics and medical applications, particularly in enhancing the interaction between robots and the physical world [1][2]. Group 1: Company Overview - "Wutong Gankong" recently completed several rounds of financing, raising tens of millions of yuan, with investments from various venture capital firms [1]. - The company was founded in 2023 by Chen Liyang, who has a strong academic background and experience in robotics and supply chain management [2]. - The core hardware team consists of members from prestigious universities, and the company has already attracted talent from renowned scientific institutions [2]. Group 2: Technology and Innovation - The company focuses on overcoming the "impossible triangle" of tactile sensors, which includes sensitivity, stability, and wide range, by developing a novel non-electric flexible sensing technology [2][5]. - The new technology utilizes an "ionic water film" that significantly enhances signal strength, allowing the sensors to detect minute changes in weight while withstanding high pressure [5][6]. - Innovations such as "molecular anchoring" have been introduced to address issues of signal drift and stability, achieving a long-term static drift rate of only 3.34% after extensive use [10][11]. Group 3: Market Applications - The initial commercial application of the sensors is in the medical field, specifically for knee joint replacement surgeries, where precise pressure measurement is crucial for successful outcomes [15]. - The company is also targeting the renewable energy sector, particularly in lithium battery management systems, where pressure signals can provide early warnings of thermal runaway [17]. - The global market for flexible tactile sensors is projected to grow significantly, from approximately $1.53 billion in 2022 to $5.32 billion by 2029, with a compound annual growth rate of 17.9% [18].

但是，当具身智能进入商业化阶段，机器人触觉感知面临的核心挑战，已从实验室的"三角"参数平衡， 延伸至装机后的长期可靠性。"客户更关注装机后能稳定用多久，而不是纸面参数能有多高"，悟通感控 创始人兼CEO陈立洋告诉36氪。据其介绍，悟通感控研发的离电式薄膜触觉传感技术，目前已经突破了 这一行业困境，且产品实现量产及落地应用。 36氪获悉，柔性触觉感知科技公司「悟通感控」近日完成数千万元系列融资：Pre-A轮由尚势资本领 投、水木创投跟投；Pre-A+轮由广发基金瑞元资本领投。该公司天使轮于2023年底完成，由水木创投领 投，全球健康产业创新中心（GHIC）、北京市医疗机器人产业创新中心（IMC）等机构跟投。 在具身智能领域，机器人手部的柔性触觉感知，是实现其与物理世界高效互动的关键之一。这不仅是为 了模仿人类的灵巧操作，更影响着机器人在复杂环境中的适应性和智能化水平。 试想一下，如果机器人既能轻柔地拿起一枚生鸡蛋而不捏碎，又能稳稳地抓起沉重的扳手进行精细化维 修，那就离不开高精度的"电子皮肤"——触觉传感器。在传统技术路线下，传感器性能存在一个"不可 能三角"：感知微小变化的灵敏度、长期可靠工作的稳定性、适应不 ...