解决了传统柔性电极在大脑中易移位、易脱出的核心痛点。 作者丨杨婧雪 编辑丨刘恒涛 2月11日，侵入式柔性电极脑机接口公司智冉医疗宣布完成A+轮融资，本轮融资金额达3亿元，由中 科创星领投，老股东君联资本、北京市医药健康产业投资基金、IDG资本、顺为资本、联想创投、元 生创投、红杉中国、美团龙珠、BV百度风投、杏泽资本、佳银资本持续跟投。据悉，本轮融资将主要 用于推进大规模临床试验与高通量柔性脑机接口产品迭代，加速该技术向临床应用落地。 | | | 北京智冉医疗科技有限公司--融资历程 | | | | --- | --- | --- | --- | --- | | 融资轮次 | 事件时间 | 融资金额 | 估值/市值 | 投资方 | | | | | | 中科创星领投 BV百度风投 | | | | | | IDG资本 | | | | | | 佳银基金 | | | | | | 顺禧基金 | | A+轮 | 2026年2月11日 | 3亿人民币 | 未披露 | 君联资本 Legend Capital | | | | | | 元生创投 | | | | | | 美团龙珠 | | | | | | 联想创投 | | | | ...

智冉医疗解决脑机接口安全性难题，脑机接口作为顶层战略稳步推进 2月9日上午，书记在北京国家信创园考察科技创新工作，接见北京脑科学与类脑研究所的所长罗敏敏等代表。 1月30日，中共中央政治局举行第二十四次集体学习，脑机接口作为"十五五"六大未来产业被重点学习。 我国高通量、可拉伸柔性电极解决行业痛点 北京脑科学与类脑研究所资深研究员、智冉医疗创始人方英领衔的团队，研制 智冉医疗解决脑机接口安全性难题，脑机接口作为顶层战略稳步推进 北京脑科学与类脑研究所资深研究员、智冉医疗创始人方英领衔的团队，研制出一款高通量、可拉伸柔性电极， 该技术解决了传统柔性电极在大脑动态运动时易移位、易脱出的核心问题，为植入式脑机接口长期稳定性提供了 底层解决方案，该成果于2月5日在《NatureElectronics》发表。 国产脑机全链布局，比肩甚至超越Neuralink 马斯克创办的Neuralink公司，首例人体植入术后数周，高达85%的柔性电极丝从该患者的脑组织中脱出。 智冉医疗已拥有电极植入手术机器人及微纳加工车间，可拉伸柔性电极达1024通道，实现从技术路径到工程参 数，比肩甚至超越Neuralink。 受益标的：创新医疗 ...

去年8月，智冉医疗刚获得超3亿元A轮融资。时隔半年再次拿到大额融资，且老股东集体加注，可见投资机构对智冉医疗侵入式 脑机接口全栈能力的认可。 智冉医疗创始人、CEO宋麒告诉36氪，从创立之初，智冉就坚定做侵入式脑机接口，一方面是因为团队在侵入式脑机接口底层技 术拥有深厚的技术积累；另一方面，脑机接口的未来终局不会限于瘫痪患者脑控外设、功能重建等，而要实现高效的人机信息互 通，只有侵入式脑机接口能够做到真正高通量、高质量的信号读写。 "柔性电极"这一核心部件，可谓是侵入式脑机接口赛道的关键入场券。人的大脑是非常柔软的组织，电极植入大脑皮层后，如何 确保长期不移位，并减少因免疫反应产生瘢痕、而导致脑电信号衰减等，成为重要研发方向。 智冉医疗创始人方英在柔性高通量电极与神经记录调控研究领域深耕多年，有多项突破性成果。研发的高通量"可拉伸柔性电 极"在植入大脑后，能够动态跟随大脑的搏动与颅内位移，确保了电极在脑组织中的长期稳定性。而且，相比于传统线性电极， 这款可拉伸电极在脑内也更加"柔软"，对脑组织的机械损伤更低。当前，智冉医疗已经研制出基于可拉伸柔性电极的高通量无线 侵入式脑机接口系统。 时 隔半年再次拿到大额融 ...

Core Insights - The article highlights a breakthrough in the field of invasive brain-machine interfaces (BMIs) achieved by a research team led by Fang Ying from Zhiren Medical, which successfully developed a high-throughput, stretchable flexible electrode that addresses the core challenges of traditional flexible electrodes in dynamic brain movements [2][12]. Group 1: Technological Advancements - The newly developed stretchable flexible electrode overcomes the limitations of traditional linear electrodes, which struggle to maintain stability during brain movements, thus providing a foundational solution for the long-term stability of invasive BMIs [2][4]. - The innovative design of the stretchable electrode allows it to dynamically adapt to the brain's pulsations and movements, ensuring long-term stability within the brain tissue [6][9]. - The research team demonstrated that the stretchable flexible electrode could achieve long-term stable recordings of neuronal activity in non-human primates, marking a significant milestone for clinical applications of invasive BMIs [8][12]. Group 2: Market Position and Future Implications - Zhiren Medical is positioned to lead the invasive BMI sector, with its breakthrough technology aligning with national strategic plans, thereby facilitating the transition from laboratory research to large-scale clinical applications [12][13]. - The advancements in invasive BMIs are expected to integrate seamlessly into everyday life, enhancing human-machine interactions in dynamic environments, such as extreme sports, without the risk of device displacement or brain injury [12][13]. - As the technology matures, China is poised to gain a significant competitive edge in the global invasive BMI market, leveraging its technological advancements to influence industry development [13].

Market Overview - Major indices showed positive performance with ChiNext Index up by 2.98%, STAR 50 by 2.51%, Shenzhen Component Index by 2.17%, Shanghai Composite Index by 1.41%, and North Exchange 50 by 1.36% [1] Domestic News - Saiwu Technology announced the completion of the acquisition of Jinlan Nano, aiming to integrate its material R&D and formulation advantages with Jinlan's brand influence and channel network to enhance the market promotion of high-value automotive functional films [1] - A Chinese team successfully developed a high-speed thin-film lithium niobate electro-optic modulator covering near-infrared to mid-infrared bands, achieving signal transmission rates exceeding 200 Gbps and 170 Gbps in O-U and 2-micron bands, respectively [1] - Chipmaker Xinjiun released a new generation of integrated multi-mode communication chip IM3610, achieving full-mode integration of 4G, 5G terrestrial networks, and low-orbit satellite communication, supporting the 3GPP Release 19 standards [1] Overseas News - Hanmi Semiconductor plans to launch a wide-type TC bonding machine for HBM5 and HBM6 production in the second half of this year, with a goal to mass-produce 16-layer and above HBM by 2029 [2] - Intel and AMD have notified Chinese customers about CPU supply shortages, warning that delivery times for some products may extend up to six months [2] - Memory prices have surged by 80%-90% compared to Q4 2025, with DRAM, NAND, and HBM reaching historical highs, and DRAM profit margins expected to exceed HBM [2] - Murata reported a significant increase in orders for capacitors used in AI servers, with total orders reaching 500.7 billion yen, up 11.5% year-on-year, and capacitor orders alone surged by 29.4% to 268.1 billion yen [2] AI Insights - Xiaohongshu is developing an AI video editing product called OpenStoryline, which utilizes natural language commands for automated editing, currently in the testing phase [3] - SenseNova-SI-1.3, an open-source spatial intelligence model by SenseTime, shows significant improvements in core tasks and surpasses previous versions in performance evaluations [3] - AI agents have taken over 80% of enterprise database creation tasks, indicating a transformative impact of AI in infrastructure management [3] - Waymo has introduced a world model based on DeepMind Genie 3, capable of generating realistic and interactive 3D environments for autonomous driving simulations [3] Industry Tracking - Dawn Aerospace's Aurora has been upgraded to a rocket-powered suborbital spaceplane, showcasing rapid testing capabilities and innovation with plans for 15 test flights between 2023 and 2025 [3] - Jingu Co., Ltd. has made significant breakthroughs in its embodied intelligence division, securing multiple mass production orders for robot structural components developed from proprietary materials [3] - Zhirun Medical has developed a flexible electrode that addresses key challenges in brain-machine interface technology, enhancing long-term stability for invasive applications [3] - Owens Corning has launched the SUSTAINA LOOP series of 100% recycled glass fibers, designed to improve the circular economy in the composite materials industry [3]

2月5日，由北京脑科学与类脑研究所资深研究员、智冉医疗创始人方英领衔的科研团队在国际学术期刊 《Nature Electronics》发表了一项突破性成果，成功研制出一款 兼具高通量信号采集与生物力学顺应性的 可拉伸柔性电极。 可拉伸柔性电极植入大脑后的动态运动效果 一只猕猴大脑里，一根可拉伸的柔性电极正随着呼吸起伏微微摆动，另一端，电脑屏幕上的神经元信号稳定 闪烁，1024个通道同时工作——这是传统电极无法长期捕捉的动态景象。 高通量可拉伸柔性电极示意图 论文链接： http://www.nature.sh.sjuku.top/articles/s41928-025-01560-6 这项技术解决了侵入式脑机接口中传统柔性电极易移位、易脱出的世界难题。此前，马斯克的Neuralink公司 在2024年完成首例人体植入后，曾面临高达85%的电极丝从患者脑组织脱出的情况，其第二例患者植入后， 仍有约60%的电极无法工作。 动态大脑，静态电极：侵入式脑机接口的世界困境 01. Neuralink的困境暴露了侵入式脑机接口的技术瓶颈—— 传统柔性电极的线性结构设计无法实现有效的力学 拉伸形变。 人类大脑并非静止器官， ...

Core Insights - A research team led by Fang Ying from Beijing Brain Science and Brain-like Research Institute has developed a new type of high-throughput, stretchable flexible electrode that addresses the challenges of traditional flexible electrodes in brain-machine interface (BMI) technology, particularly in dynamic brain movements [1][2][3] - The new stretchable electrode architecture can dynamically follow brain movements with a required stretching force that is only 1/100th of that needed for Neuralink's linear electrodes, significantly reducing mechanical damage to brain tissue and minimizing immune responses [2][3] Group 1 - The new flexible electrode technology provides a foundational solution for the long-term stability of invasive brain-machine interfaces, overcoming issues of electrode displacement and inflammation caused by brain tissue movement [2][3] - Research conducted on macaques demonstrated that the stretchable flexible electrode could achieve long-term stable recordings in the brain, successfully capturing 257 single-neuron signals with a 256-channel implant and high-quality neural signals with a 1024-channel implant [2][3] Group 2 - This innovative technology is expected to address key obstacles for the clinical application of invasive brain-machine interfaces in China, potentially allowing the country to gain a competitive edge in the global market [3] - The advancement in this technology is anticipated to enhance the performance of brain-machine interfaces, contributing to the overall development of the industry and improving public health through cutting-edge technology [3]

新京报讯 据"北京海淀"微信公众号消息，近日，我国在侵入式脑机接口领域取得重大突破。由北京脑 科学与类脑研究所资深研究员、智冉医疗创始人方英领衔的科研团队成功研制出国际领先的兼具高通量 信号采集与生物力学顺应性的可拉伸柔性电极，有效解决了侵入式脑机接口技术中传统柔性电极易移 位、易脱出的世界难题，为该技术从实验室走向大规模临床应用扫清了关键障碍。这项突破性成果已于 2月5日发表于国际学术期刊《自然·电子学》（《Nature Electronics》）。 智冉医疗联合创始人、CEO宋麒表示，"未来，智冉医疗将继续致力于核心技术的攻坚与临床转化，期 望能够早日惠及广大神经系统疾病患者，并为我国在这一前沿战略领域抢占发展先机贡献力量。" "这项工作攻克了生物电子器件在脑内植入的一系列核心问题，包括有效解决了由于脑组织在颅内的大 幅运动引起的电极移位及炎症反应，最大程度降低了对脑组织的植入损伤，并显著缩短了手术操作时 间。该研究展示了从柔性电极设计、植入方法到在体验证的系统研究，其成果令人赞赏。"杂志审稿人 认为，"该工作提出了一种新型的超柔性神经电极阵列技术，为应对大规模、长期神经接口的挑战提供 了新的解决方案，充 ...

为解决这一困扰行业的难题，方英团队提出一种新型的高通量"可拉伸"电极架构，其不仅可动态跟随大 脑运动，且其拉伸所需力度仅为Neuralink线性电极的1/100，这意味着可拉伸柔性电极对脑组织的机械 损伤更低，可极大程度减少传统线性电极引发的免疫反应和胶质斑痕。 以猕猴为试验对象开展的研究结果表明，可拉伸柔性电极能够实现猕猴大脑中的长期稳定记录；在植入 256通道该电极后，团队成功采集到257个单神经元信号，并实现了对大脑运动意图的高精度解码。在植 入1024通道该电极后，团队捕获到大规模、高质量的神经元信号。 记者近日获悉，北京脑科学与类脑研究所资深研究员、智冉医疗创始人方英领衔的科研团队，成功研制 出一款兼具高通量信号采集与生物力学顺应性的可拉伸柔性电极。该研究成果解决了传统柔性电极在应 对大脑动态运动时易移位、易脱出的瓶颈问题，为侵入式脑机接口的长期稳定性提供了底层解决方案， 有望为我国侵入式脑机接口从实验室走向大规模临床应用解决关键障碍。该成果于2月5日发表于国际学 术期刊《自然·电子学》。 侵入式脑机接口技术被业界认为是高带宽人机交互的终极方向。马斯克创办的Neuralink公司于2024年初 完成 ...