2026年1月，全球消费电子展CES 2026在美国拉斯维加斯举行。福莱新材自主研发的高灵敏度柔性传感器在多款新一代灵巧手上完成集成展示，通过动态操作和实时数据界面，呈现机器人电子皮肤在接触感知、压力反馈和精细操作中的应用能力。
多机型集成验证柔性触觉适配能力
公开报道显示，搭载福莱柔性传感器的灵巧手覆盖17自由度和6自由度等不同结构。灵巧手在关节数量、指尖曲率、安装空间和走线方式方面存在明显差异，对传感器的柔性、尺寸和结构适配提出不同要求。
柔性触觉器件能够沿指尖、指腹和手掌等复杂曲面布置，在不明显增加末端体积的情况下扩展接触感知区域。多机型展示说明标准产品与定制结构可以结合，但正式集成仍需根据灵巧手外形、接口和动作任务完成机械与电气适配。
实时呈现压力分布与感知曲线
现场演示通过可视化界面展示压力分布网格和受力变化曲线。机器人接触物体后，传感阵列将不同位置的信号传输至采集系统，再由软件转换为热图、区域力值和时间曲线，使开发人员能够观察握持过程中的压力变化。
实时数据不仅用于展示，也可以服务传感器标定、抓取策略调整和异常分析。触觉数据与视觉、关节角度和控制指令同步后，可进一步用于滑移判断、握力调节和精细操作研究。
从材料到算法的系统方案
柔性触觉应用涉及敏感材料、传感器结构、采集电路、通信协议、标定方法和数据算法。福莱新材在展会上展示的不是孤立器件，而是“材料、传感器、采集与算法”协同的触觉链路，帮助合作伙伴缩短从样品测试到系统集成的路径。
Apex Sensing提供北美本地支持
福莱新材美国子公司Apex Sensing团队参与现场技术支持与商务交流。公司表示，将依托北美本地团队响应开发者需求，提供产品选型、定制适配、测试验证与售后支持，推动柔性触觉技术与当地机器人应用场景结合。
展会展示代表阶段性技术与集成成果，具体客户项目、交付规模和产品指标应以公司正式资料及实际验证结果为准。
CES 2026 was held in Las Vegas in January 2026. Fulai independently developed high-sensitivity flexible sensors were integrated into multiple new-generation dexterous hands. Dynamic operation and real-time interfaces demonstrated contact sensing, pressure feedback and fine manipulation capabilities for robotic electronic skin.
Multi-model integration validates tactile adaptability
Public reports show integrations on dexterous hands with different structures, including 17-degree-of-freedom and 6-degree-of-freedom models. Differences in joints, fingertip curvature, installation space and routing create different requirements for flexibility, dimensions and mechanical adaptation.
Flexible devices follow curved fingertips, finger pads and palms and expand contact coverage without substantially increasing end-effector volume. Multi-model demonstrations show that standard products and custom structures can work together, although production integration still requires mechanical and electrical adaptation to each hand, interface and task.
Real-time pressure distribution and sensing curves
Demonstrations displayed pressure grids and force curves. After contact, arrays transmit regional signals to the acquisition system, and software converts them into heatmaps, regional force values and time curves so developers can observe pressure throughout a grasp.
Real-time data supports not only demonstrations but also calibration, grasp-strategy adjustment and anomaly analysis. When synchronized with vision, joint angles and control commands, tactile data can support slip detection, grip-force adjustment and fine manipulation research.
A system from materials to algorithms
Flexible touch involves sensitive materials, sensor structures, acquisition electronics, protocols, calibration and algorithms. Fulai presented a coordinated material-sensor-acquisition-algorithm chain rather than an isolated device, helping partners shorten the path from sample evaluation to system integration.
Local North American support from Apex Sensing
The Apex Sensing team, a Fulai US subsidiary, provided technical and business support at the show. Fulai plans to use the local team for selection, customization, test validation and after-sales support for North American developers.
Trade-show demonstrations represent a stage of technical and integration progress. Customer programs, delivery scale and product specifications should be confirmed through official company materials and actual validation.
