2026年1月28日，第四期“具身纪元·智创百家”论坛在上海杨浦举行。福莱新材首席科学家陈书厅应邀作主旨演讲，介绍公司在触觉智能方向的技术进展。
陈书厅在公开演讲中指出，机器人在认知和运动控制上进展较快，但可靠的物理交互仍缺少触觉这一环。福莱新材提出为机器人构建专用触觉处理能力，把计算放到传感器附近，用于缩短从接触到响应的路径。
公开介绍把新一代方案概括为三点：芯感一体，强调边缘侧快速反馈；算法赋能，把纹理、软硬和滑移等信息从原始信号中解析出来；全域触觉，覆盖指尖、手掌及身体关键区域。这些能力仍需按灵巧手结构和任务继续验证。
公司与浙江清华柔性电子技术研究院在材料和柔性电子方向合作，并与算法、大模型团队联合攻关。公开信息称电子皮肤已进入多家头部人形机器人和灵巧手供应链，并完成千套级以上交付；北美由 Apex Sensing 对接客户。订单规模、机型和收入确认仍以后续合同为准。
本文根据福莱柔性传感官网及公司公开演讲信息整理。技术指标和商务进展以官方披露为准。
The fourth Embodied Era forum was held in Yangpu, Shanghai, on 28 January 2026. Fulai Chief Scientist Shuting Chen gave a keynote on the company’s progress in tactile intelligence.
In the public talk, Chen said robots have advanced faster in cognition and motion control, while reliable physical interaction still lacks touch. Fulai proposed dedicated tactile processing for robots, placing computation near the sensor to shorten the path from contact to response.
Public remarks summarized the next-generation approach in three points: chip-sensor integration for fast edge feedback; algorithm enablement that extracts texture, compliance and slip from raw signals; and full-area tactile coverage across fingertips, palms and other critical body regions. These capabilities still need validation against each dexterous-hand structure and task.
The company cooperates with the Zhejiang Tsinghua Institute of Flexible Electronics Technology on materials and flexible electronics, and works with algorithm and large-model teams. Public information says electronic skin has entered several leading humanoid-robot and dexterous-hand supply chains and has completed deliveries above the thousand-set level. In North America, Apex Sensing supports customer engagement. Order scale, models and revenue recognition remain subject to later contracts.
This article was compiled from the Fulai Flexible Sensing website and public speech information. Technical indicators and commercial progress should be confirmed against official disclosures.
