上海韶脑传感技术有限公司则展示了"脑电采集+脑控交互"的全场景解决方案，可通过脑电采集、信号 处理和意图解码，驱动执行设备完成康复训练。目前，该公司脑电采集康复训练设备已取得上海市脑机 接口医疗器械注册证。 政策层面也为这一新兴产业注入了动力。2025年7月份，工业和信息化部等七部门印发的《关于推动脑 机接口产业创新发展的实施意见》提出，到2027年，脑机接口关键技术取得突破，初步建立先进的技术 体系、产业体系和标准体系。电极、芯片和整机产品性能达到国际先进水平，脑机接口产品在工业制 造、医疗健康、生活消费等领域加快应用。产业规模不断壮大，打造2个至3个产业发展集聚区，开拓一 批新场景、新模式、新业态。 9月26日至29日，第92届中国国际医疗器械博览会（CMEF）在广州广交会展馆举办。本届展会展览面 积近16万平方米，吸引了来自近20个国家和地区的近3000家企业参展，预计将迎来超12万名专业观众。 作为全球医疗产业的"风向标"，本届CMEF不仅汇聚了我国广东、江苏、浙江等地的产业集群，也吸引 了德国、美国、日本等20个国家和地区的展团，集中展示医疗器械领域的最新成果与发展趋势。 脑机接口备受关注 近年来， ...

Group 1 - The 11th China (Shanghai) International Technology Import and Export Fair showcases innovative technologies, including non-invasive brain-computer interfaces for stroke rehabilitation and humanoid robots for industrial cleaning [1][2] - Shanghai Shaonai Sensor Technology Co., Ltd. has developed a brainwave collection rehabilitation training device that has received medical registration and is currently in clinical trials at over 10 top-tier hospitals [1] - The humanoid robot presented by Shanghai Electric is designed to clean steam generator tube holes, significantly reducing the risk for workers in confined spaces [1][2] Group 2 - Donghua University has introduced a modular equipment for in-situ preparation of basalt fiber from simulated lunar soil, aiming to create composite fibers for construction materials on the Moon [2][5] - The fair features 14 companies and institutions launching new products and technologies, with 7 items being globally or nationally debut [5] - The event has attracted over 9,500 enterprises from more than 30 countries and regions since its inception in 2013, facilitating diverse technology imports and supporting technology exports [5]

Core Insights - The article highlights the release of the "Top Ten Innovations in Brain-Computer Interface (BCI)" by the Brain-Computer Interface Industry Alliance during the Zhongguancun Forum, showcasing significant advancements in BCI technology and applications. Group 1: Innovations in BCI Technology - "Beijing Brain No. 1" completed the first international implantation of a flexible high-throughput semi-invasive wireless brain-computer system, featuring a 128-channel micro, wireless, low-power fully implanted system for clinical validation in motor function decoding and language decoding for conditions like ALS [1] - The "Three-in-One" cranial implantable brain-spinal interface micro-device, developed by Fudan University, utilizes a minimally invasive 4-hour surgery to implant a flexible electrode with a diameter of only 1mm, achieving a 90% reduction in trauma area and a 92.7% accuracy in lower limb muscle control [2] - The dual-loop collaborative evolution brain-computer interface system proposed by Tianjin University introduces the concept of collaborative evolution, enabling information exchange between biological intelligence and machine intelligence, laying a theoretical foundation for practical BCI systems [3] Group 2: Advanced Applications and Models - LaBraM, the world's first large brainwave model developed by Shanghai Lingwei Technology, processes EEG data with superior performance in emotion recognition tasks compared to traditional deep learning models, and has been recognized in ICLR 24 hot papers [4] - A mixed reality-based brain-computer interface system from East China University of Science and Technology integrates virtual and real control frameworks for efficient control of quadruped robots in complex environments [5] - A rechargeable directional Bluetooth perceptive brain pacemaker from Beijing Pinchi Medical Equipment Co., Ltd. is designed for treating Parkinson's disease and other neurological disorders, featuring innovations in directional stimulation and remote control capabilities [6] Group 3: Medical Devices and Treatments - A dual-target implantable deep brain stimulation system for drug addiction treatment developed by Jingyu Medical Technology is the first of its kind, filling a technological gap in addiction therapy and has received FDA breakthrough device designation [7][8] - A non-invasive brain-computer interface rehabilitation training device from Shanghai Shaonao Sensor Technology has been clinically tested in over 10 top-tier hospitals, achieving a 92% doctor approval rate and 85% patient satisfaction [9] - The non-invasive closed-loop temporal interference deep brain stimulation system from Shenzhen Zhongke Huayi Technology integrates multimodal neural imaging data and AI algorithms for precise brain area modulation, improving stimulation focus by over 60% [10] Group 4: Standardization and Future Directions - The Brain-Computer Interface Standardization Roadmap (2025) developed by the China Academy of Information and Communications Technology provides a comprehensive framework for the standardization of BCI technology, promoting its global application and innovation [11]