2026年8月19日，世界机器人大会（WRC）在北京开幕。公开报道显示，福莱新材携新一代触觉数据采集手套、机器人触觉传感模组及多款联合调试灵巧手方案参展，集中展示从触觉数据采集、传感器硬件、嵌入式算法到上位机软件的触觉智能解决方案。
标准化触觉方案与联合整机展示
展位设置触觉标品演示、数据采集视频和灵巧手触觉展示等区域。公开资料提到，现场展示覆盖指尖、指腹与手掌的标准化触觉方案，包括 FOS-P300-3DF 平面指尖三维力传感器、FOS-P300S-6DF 曲面指尖三维力传感器、FOS-P300P 手掌三维力传感器，以及全手触觉感知展示。
福莱新材还与灵心巧手、中科硅纪等灵巧手企业联合展示“触觉传感 + 灵巧手”一体式方案。展会演示可用于观察接触、压力分布和力反馈，具体结构适配、接口和量产交付仍需结合各灵巧手型号继续验证。
新一代触觉数据采集手套首发
公开报道称，福莱新材与武汉灏存科技在大会上展示新一代触觉数据采集手套。该方向把手势识别与触觉感知结合起来，在指尖、指腹和手掌布置传感单元，用于记录人手自然操作中的接触与三维力信息，为具身智能训练补充触觉数据。
柔性曲面贴合有助于降低长时间佩戴束缚感，但手套形态、传感点布置、同步采集和数据格式仍需按采集任务和合作方要求继续适配。行业对大规模真实交互数据的需求较高，触觉是其中较难规模化采集的一类信息。
从样品验证走向规模化交付
2026年以来，福莱新材柔性传感业务公开进展加快：2月与灵心巧手签署全面战略合作，8月中旬连续达成戴乐体感、中科硅纪、灏存科技等合作。公司称已建成柔性传感器中试产线，并具备万套级批量交付能力。
展会展示反映的是技术和集成进展。订单规模、交付节奏和产品指标应以公司公告、合同执行情况和产品资料为准。
本文根据公开媒体报道整理。展会细节、合作内容和产品参数以官方披露及产品文档为准。
The 2026 World Robot Conference opened in Beijing on 19 August 2026. Public reports say Fulai exhibited a new tactile data-acquisition glove, robotic tactile sensing modules and several jointly debugged dexterous-hand systems, presenting a tactile-intelligence stack from data acquisition and sensor hardware to embedded algorithms and host software.
Standard tactile kits and joint system demonstrations
The booth included standard-product demonstrations, data-acquisition videos and dexterous-hand tactile displays. Public materials mention standardized coverage for fingertips, finger pads and palms, including the FOS-P300-3DF planar fingertip 3D-force sensor, FOS-P300S-6DF curved fingertip 3D-force sensor, FOS-P300P palm 3D-force sensor and a full-hand tactile demonstration board.
Fulai also presented integrated “tactile sensing + dexterous hand” systems with partners such as Linkerbot and Zhongke Guiji. Trade-show demonstrations can illustrate contact, pressure distribution and force feedback; mechanical fit, interfaces and volume delivery still need validation on each hand model.
New tactile data-acquisition glove
Reports say Fulai and Wuhan Haocun Technology presented a new tactile data-acquisition glove that combines gesture recognition with tactile sensing. Sensing units on the fingertips, finger pads and palm record contact and three-dimensional force during natural human operations, adding tactile data for embodied-AI training.
A conformal flexible design can reduce wearing constraint during long sessions, but glove form, sensing-point layout, synchronized acquisition and data formats still need to match each collection task. The industry needs large-scale real interaction data, and tactile information remains especially difficult to collect at scale.
From sample validation toward scaled delivery
In 2026 Fulai’s public flexible-sensing progress has accelerated: a comprehensive agreement with Linkerbot in February, followed in mid-August by cooperation with Aireal, Zhongke Guiji and Haocun Technology. The company says a flexible-sensor pilot line is in operation and that it can deliver at the 10,000-set level.
An exhibition shows technical and integration progress. Order volume, delivery schedules and product specifications should be confirmed against official announcements, contract execution and product documents.
This article was compiled from public media reports. Exhibition details, cooperation scope and product parameters are governed by official disclosures and product documentation.
