福莱新材在投资者互动平台表示，公司的柔性传感器技术可根据客户需求应用于人形机器人、工业检测、可穿戴设备和智慧医疗等领域。不同场景对感知范围、量程、分辨率、柔性结构和数据处理方式提出不同要求，产品通常需要以传感器、采集硬件、算法和软件协同的系统方案交付。
机器人触觉与电子皮肤
在人形机器人和灵巧手中，柔性传感器可布置于指尖、指腹、手掌及其他接触区域，用于检测握持压力、接触位置和滑移趋势。触觉信息与视觉及关节控制结合后，可帮助机器人完成抓取易碎物体、工具操作和复杂环境交互。
机器人结构差异较大，产品需要根据手指曲率、安装空间、线缆走向、通信接口和控制周期进行适配。除传感器本体外，标定、数据同步和实时可视化也是实际集成的重要环节。
工业检测与生产过程数字化
柔性压力阵列可以布置在辊压、贴合、装配和压合工序中，将传统压敏纸的一次性结果转化为可连续采集和追溯的数据。系统通过压力分布热图、阈值判断和历史记录，辅助识别压力不均、异物、设备偏移及工艺窗口变化。
工业场景更关注稳定性、重复性、抗干扰能力和长期运行。实际方案需要结合传感器量程、采集频率、设备节拍和现场通信方式进行选型，并通过标准样件和工艺数据验证检测效果。
可穿戴设备与人体状态感知
柔性传感器具有轻薄、可弯曲和贴合人体曲面的特点，可用于动作、压力分布和接触状态监测。在可穿戴设备中，传感器需兼顾舒适性、耐弯折、信号稳定以及与织物、硅胶或其他柔性基材的集成。
相关技术还可以服务康复训练、运动评估和人机交互，但涉及健康判断时必须经过规范的产品验证与合规流程，不能将实验阶段数据直接等同于医疗诊断结果。
智慧医疗与新能源检测
在医疗健康方向，柔性压力感知可用于足底、关节或身体接触面的压力变化记录，为康复设备和辅助评估提供数据。在新能源方向，柔性阵列可用于电池模组压力分布、化成工序和循环膨胀趋势监测，帮助研究电池在生产与使用过程中的受力变化。
根据客户需求推进场景落地
公司表示，将针对不同客户制定相应产品方案。柔性传感业务仍处于持续技术迭代和商业化推进阶段，公开回复同时提示该类业务目前占公司整体营收比重较小。官网在展示应用方向时，将区分技术能力、样品验证、客户交付和规模化应用等不同阶段。
本文为官网根据公开回复与公司技术资料整理，不构成医疗建议或投资建议。
每日经济新闻报道 ｜ 福莱柔性传感官网
Fulai stated on an investor interaction platform that its flexible sensing technology can be applied to humanoid robots, industrial inspection, wearable devices and smart healthcare according to customer requirements. Each application has different requirements for sensing area, range, resolution, flexible structure and data processing, so delivery normally coordinates sensors, acquisition hardware, algorithms and software.
Robotic touch and electronic skin
Flexible sensors can be installed at fingertips, finger pads, palms and other contact areas to measure grip pressure, contact location and slip trends. Combined with vision and joint control, tactile information supports fragile-object handling, tool operation and interaction in complex environments.
Robot structures vary considerably. Products must be adapted to finger curvature, installation space, cable routing, communication interfaces and control cycles. Calibration, synchronization and real-time visualization are as important as the sensor itself.
Industrial inspection and process digitization
Flexible pressure arrays can be installed in rolling, bonding, assembly and lamination processes, turning single-use pressure-sensitive film results into continuously acquired and traceable data. Heatmaps, threshold decisions and historical records help identify non-uniform pressure, foreign objects, equipment offset and process-window changes.
Industrial applications prioritize stability, repeatability, interference resistance and long-term operation. Range, acquisition rate, machine cycle and plant communication determine the final selection, which should be validated with standard samples and process data.
Wearables and human-state sensing
Thin, bendable sensors that conform to body surfaces can monitor motion, pressure distribution and contact state. Wearable integration must balance comfort, flex life, signal stability and compatibility with textiles, silicone or other flexible substrates.
The technology may also support rehabilitation, sports assessment and human-machine interaction. Health-related interpretation requires proper product validation and regulatory compliance; experimental data must not be treated as a medical diagnosis.
Smart healthcare and new-energy inspection
In healthcare research, flexible pressure sensing may record plantar, joint or body-interface pressure for rehabilitation equipment and assisted assessment. In new energy, flexible arrays can monitor battery-module pressure, formation processes and cyclic expansion to study loading during production and use.
Customer-driven application deployment
Fulai states that solutions will be developed for each customer. Flexible sensing remains under technical iteration and commercialization, and public replies note that it currently represents a small share of total company revenue. Website content therefore distinguishes technical capability, sample validation, customer delivery and scaled application.
This article was compiled from public replies and company technical materials and is not medical or investment advice.
