鹿山新材在互动平台表示，公司已经发布离电型温压双模态电子皮肤，不仅可以实现压力的传感，还可 以实现温度的传感，已开始逐步送样客户测试。公司正积极与下游潜在应用领域的合作伙伴进行接洽与 方案论证，以推动技术落地。公司将全力以赴加快市场化步伐，并依据相关规则及时披露重大进展。 ...

日前，鹿山新材正式发布离电型温压双模态电子皮肤，引发业内广泛关注。鹿山新材董事长汪加胜在接 受中国证券报记者采访时表示，"十五五"时期公司将聚焦柔性显示、电子皮肤与固态电池三大高成长性 赛道，致力于成为人形机器人及智能终端产业关键材料与解决方案的核心供应商。 "此次电子皮肤发布的背后，是鹿山新材20多年来在功能材料领域的持续深耕和积累，也是公司面向智 能时代，从功能材料供应商向解决方案提供者转型的坚定一步。"汪加胜表示。 鹿山新材离电型电子皮肤 公司供图 正式发布离电型电子皮肤 1月15日，鹿山新材在广州举行主题为"触见未来，智感新生"的电子皮肤发布会，发布新一代离电型双 模态电子皮肤，机器人产业链上下游企业代表、科研机构学者等各界人士参会，共同探讨具身智能触觉 技术创新与发展前景。 据介绍，鹿山新材最新发布的电子皮肤采用"压力-温度"双模态集成传感技术，能同时捕捉压力与温度 的变化，提供更丰富的环境信息。相比传统的电容式和压阻式传感器，离电型电子皮肤具备高灵敏度和 高信噪比优势，对指尖轻触、脉搏跳动等微小力十分敏感，且能够保持信号清晰稳定。 同时，离电型电子皮肤使用的材料柔软可拉伸，能够紧密贴合机器人关节、 ...

Core Viewpoint - Lushan New Materials has officially launched a new type of battery-free dual-mode electronic skin, aiming to become a key supplier of materials and solutions for humanoid robots and smart terminals during the 14th Five-Year Plan period [1][2]. Group 1: Product Launch and Technology - The newly launched electronic skin utilizes "pressure-temperature" dual-mode integrated sensing technology, allowing it to capture both pressure and temperature changes simultaneously, providing richer environmental information [1]. - Compared to traditional capacitive and piezoresistive sensors, the battery-free electronic skin offers high sensitivity and a high signal-to-noise ratio, making it responsive to subtle forces like fingertip touches and pulse beats [1]. - The materials used in the electronic skin are soft and stretchable, allowing for close adherence to complex surfaces of robot joints and fingertips without affecting movement freedom [1]. Group 2: Strategic Transformation - The launch of the electronic skin represents a significant step for Lushan New Materials in its transformation from a functional materials supplier to a solution provider, aligning with the demands of the humanoid robot and artificial intelligence industries [2]. - The company is leveraging over 20 years of experience in functional materials to develop key supporting materials for emerging industries, particularly in the humanoid robot sector [2]. Group 3: Market Applications and Future Prospects - The electronic skin is expected to open up important applications in various fields, including smart manufacturing, health monitoring, and human-machine interaction, enhancing robots' tactile feedback and collaborative capabilities [3]. - Lushan New Materials aims to collaborate with integration companies and research institutions to explore the practical value of electronic skin in real-world scenarios [3]. Group 4: Company Background and Development Strategy - Established in 1998, Lushan New Materials focuses on the research, production, and sales of green, high-performance functional polymer materials, with applications in renewable energy, optical displays, and composite materials [3][4]. - During the 14th Five-Year Plan period, the company is concentrating on the electronic consumer and renewable energy sectors, promoting the development of advanced new materials [4]. - The company plans to enhance its market share through new product promotions and continuous technological innovation, aiming to solidify its competitive position in the renewable energy materials sector [4].

Core Viewpoint - Lushan New Materials has officially launched a new type of battery-free dual-mode electronic skin, aiming to become a key supplier of materials and solutions for humanoid robots and smart terminals during the 14th Five-Year Plan period [1][2]. Group 1: Product Launch - The new battery-free electronic skin features "pressure-temperature" dual-mode integrated sensing technology, allowing it to capture both pressure and temperature changes, providing richer environmental information [1]. - Compared to traditional capacitive and piezoresistive sensors, the battery-free electronic skin offers high sensitivity and high signal-to-noise ratio, making it sensitive to subtle forces like fingertip touches and pulse beats [1][2]. Group 2: Material and Cost Advantages - The materials used in the battery-free electronic skin are soft and stretchable, allowing for a close fit to complex surfaces like robot joints and fingertips without affecting movement freedom [2]. - The core sensitive materials are based on polymers and ion compounds, which can be optimized for cost control, indicating significant potential for large-scale application [2]. Group 3: Strategic Transformation - The launch of the electronic skin represents a significant step for Lushan New Materials in transitioning from a functional materials supplier to a solution provider, leveraging over 20 years of experience in functional materials [2][3]. - The company is actively responding to the demands of the humanoid robot and artificial intelligence industries by developing a series of key supporting materials [3]. Group 4: Market Applications - The electronic skin is expected to enable robots to have tactile feedback, enhancing accuracy and safety in tasks such as grasping [3]. - In health and energy monitoring, the electronic skin can provide real-time monitoring support for rehabilitation devices, smart wearables, and lithium batteries [3]. - The company aims to explore the practical value of electronic skin in real-world scenarios through collaboration with integration enterprises and research institutions [3]. Group 5: Growth Strategy - Founded in 1998, Lushan New Materials focuses on the research, production, and sales of green, high-performance functional polymer materials, with applications in various fields including renewable energy and optical displays [4]. - During the 14th Five-Year Plan period, the company is concentrating on electronic consumer products and renewable energy, promoting the development of advanced new materials [5]. - The company plans to enhance market share through new products and projects, implementing a dual-driven development strategy to solidify its market position [5].

Core Viewpoint - The company has launched a dual-mode electronic skin that can sense both pressure and temperature, and it has begun customer testing with samples [2] Group 1 - The company has released a new product called the "dual-mode electronic skin" which can detect both pressure and temperature [2] - The electronic skin is currently in the testing phase with customers, indicating a step towards commercialization [2] - The company advises stakeholders to refer to its periodic reports and announcements for detailed business information [2]

Core Viewpoint - Lushan New Materials (603051.SH) has launched a dual-mode electronic skin that can sense both pressure and temperature, and it has begun sending samples for customer testing [1] Group 1 - The company has developed a new type of electronic skin that operates in both pressure and temperature sensing modes [1] - The electronic skin is referred to as a "离电型温压双模态电子皮肤" which translates to a "battery-free temperature and pressure dual-mode electronic skin" [1] - The company is gradually sending samples to customers for testing purposes [1]

Core Viewpoint - The company, Lushan New Materials, is rapidly entering the smart terminal core materials market with its new product, a capacitive temperature-pressure dual-mode electronic skin, which represents a significant advancement in flexible bionic sensing systems [1][2]. Group 1: Product Features - The new electronic skin features high sensitivity and a wide measurement range, capable of detecting everything from subtle touches to larger loads [2]. - It integrates pressure and temperature sensing, allowing simultaneous capture of changes in both parameters, thus providing richer environmental information [2]. - The material is extremely flexible, allowing it to conform naturally to complex surfaces, similar to human skin [2]. Group 2: Applications and Implications - In smart manufacturing, the electronic skin enables robots to have tactile feedback, leading to more accurate and safer handling of objects [2]. - In health and energy monitoring, it supports real-time monitoring of force and temperature for rehabilitation devices, smart wearables, lithium batteries, and energy storage [2]. - The technology will enhance human-robot interaction, facilitating more natural and direct collaboration, allowing robots to better understand human intentions [2]. Group 3: Company Background and Strategy - The advancements are a result of Lushan New Materials' over 20 years of experience in functional materials, marking a strategic shift from being a materials supplier to a solutions provider in the smart era [2].

Core Insights - Lushan New Materials (603051) is rapidly entering the smart terminal core materials market, particularly in robotic electronic skin, leveraging its expertise in polymer materials [1][2] - The company launched a new generation of ionic-electronic coupling dual-mode electronic skin products that can independently sense both contact force and temperature changes [1] - The ionic-electronic coupling technology offers higher sensitivity and signal-to-noise ratio compared to traditional sensors, making it suitable for complex robotic applications [1] Group 1 - The new electronic skin sensors can detect minute forces, such as light touches and pulse beats, while maintaining linear output across a wide pressure range from a few pascals to hundreds of kilopascals [1] - The materials used in the electronic skin are soft and stretchable, allowing them to conform closely to complex surfaces like robotic joints and fingertips without hindering movement [1] - The material system is based on polymers and ionic compounds, which can be optimized for cost control and has significant potential for large-scale applications [1] Group 2 - Lushan New Materials has nearly 30 years of experience in polymer materials, which supports its entry into the robotics industry by providing necessary flexible, integrated, and high-performance materials [2] - The company has built a complete system covering material design, process development, and large-scale manufacturing, leveraging its technical experience in polymer synthesis, modification, and precision coating [2] - Over the next 3-5 years, the company aims to focus on high-growth areas such as flexible displays, electronic skin, and solid-state batteries, positioning itself as a core supplier of key materials and solutions for humanoid robots and smart terminals [2]