美国当地时间2025年9月23日，福莱新材携自主研发的第二代柔性传感器技术及产品亮相Humanoid Robot Forum全球人形机器人论坛，与机器人企业、科研机构和产业合作伙伴交流柔性触觉传感技术与具身智能应用。
展示第二代柔性触觉技术
此次展示围绕机器人触觉与电子皮肤展开。第二代产品强调真柔性、复杂曲面贴合与三维力感知，可应用于机器人指尖、指腹、手掌等区域，采集接触压力及操作过程中的受力变化，为精细抓取和安全交互提供触觉信息。
相较仅能安装在平面或局部区域的传统器件，柔性结构更适合机器人手部的复杂形态。多区域覆盖能够帮助机器人判断接触位置、握持状态和物体滑移，为控制系统提供视觉之外的反馈通道。
从产品展示走向场景验证
人形机器人论坛汇集主机厂、零部件企业、算法公司和研究机构，为传感器产品提供了面向真实需求的交流平台。福莱新材通过现场展示和技术交流，了解不同灵巧手结构、数据接口、量程及耐久性需求，并推进后续适配与联合验证。
触觉传感器要进入机器人系统，需要与机械结构、采集硬件、控制算法及软件平台协同。论坛交流的价值不仅在于展示单一器件，也在于明确系统集成、数据格式和应用任务之间的匹配关系。
推进北美市场与合作网络
公开报道显示，福莱新材以Apex Sensing LLC为海外业务支点，推动触觉传感技术与北美机器人应用场景结合。北美聚集了多类机器人主机厂、灵巧手企业和科研团队，为产品测试、定制开发与生态合作提供了市场基础。
海外市场拓展仍需经过产品认证、客户测试、供应链和交付体系建设。公司将通过本地化沟通与国内研发制造能力协同，逐步推进技术方案在不同客户和场景中的验证。
触觉成为具身智能的重要输入
具身智能需要融合视觉、听觉、触觉及本体感知等多种信息。触觉能够直接反映机器人与环境的接触状态，在抓取易碎物体、处理柔软材料、工具操作和人机协作中具有重要价值。随着机器人应用从展示走向实际任务，触觉感知的系统价值将进一步接受产业验证。
本文为官网根据公司公开信息与媒体报道整理，详细内容以原始来源为准。
福莱新材官方报道 ｜ 上海证券报相关报道
On September 23, 2025 local time in the United States, Fulai presented its independently developed second-generation flexible sensor technology at the Global Humanoid Robot Forum and discussed tactile sensing and embodied-intelligence applications with robot companies, research institutions and industry partners.
Second-generation flexible tactile technology
The presentation focused on robotic touch and electronic skin. The second-generation products emphasize genuine flexibility, conformal coverage of complex curved surfaces and three-dimensional force sensing. They can acquire contact pressure and force changes at fingertips, finger pads and palms for fine grasping and safe interaction.
Compared with devices limited to flat or local surfaces, a flexible structure is better suited to complex hand geometry. Multi-region coverage helps determine contact location, grasp state and object slip and supplies feedback beyond vision.
From product display to application validation
The forum brought together robot OEMs, component suppliers, algorithm companies and research organizations, creating an opportunity to compare the products against real requirements. Fulai used demonstrations and technical discussions to understand hand geometry, data interfaces, range and durability requirements and to advance adaptation and joint validation.
Integration requires coordination among mechanical structure, acquisition hardware, control algorithms and software. The event therefore addressed not only the sensor device but also the match between system integration, data formats and target tasks.
North American market and partner network
Public reporting indicates that Fulai uses Apex Sensing LLC as a base for connecting tactile technology with North American robotics applications. The region hosts robot OEMs, dexterous-hand companies and research teams that can support testing, customization and ecosystem cooperation.
Overseas expansion still requires product certification, customer testing, supply-chain preparation and delivery infrastructure. Fulai plans to combine local communication with its China-based R&D and manufacturing capabilities.
Touch as an important input to embodied intelligence
Embodied intelligence combines vision, hearing, touch and proprioception. Touch directly reflects physical contact and is valuable when handling fragile objects, soft materials, tools and human collaboration. Its system value will continue to be tested as robots move from demonstrations to real tasks.
This article was compiled from public company information and media reporting. Refer to the original sources for details.
