展会快讯：“2025表面肌电论坛”前沿技术与康复临床应用

展会快讯：“2025表面肌电论坛”前沿技术与康复临床应用

       2025年6月27日至29日，由浙江大学医学院附属邵逸夫医院康复医学科与康复大学康复科学与工程学院等单位共同举办的“2025 表面肌电论坛：前沿技术与康复临床应用”在杭州天元大厦酒店隆重召开并圆满落幕。

From June 27th to 29th, 2025, the "2025 Surface Electromyography Forum: Frontier Technologies and Rehabilitation Clinical Applications" jointly organized by the Rehabilitation Medicine Department of Run Run Shaw Hospital Affiliated to Zhejiang University School of Medicine and the School of Rehabilitation Science and Engineering of Rehabilitation University was grandly held and successfully concluded at the Tianyuan Building Hotel in Hangzhou.

       瑞鸿安（广东）医疗器械有限公司携意大利OT Bioelettronica 多款自主研发的多模态高密度肌电+脑电神经接口采集分析系统、多通道高密度矩阵肌电+脑电采集分析系统、全穿戴无线便携式多模态高密度肌电+脑电融合分析系统、无线便携式高密度肌电采集分析记录仪、无线穿戴式表面肌电等产品到会展示，与专家交流学习，产品充分体现了“个性化康复”与“人机融合”的先进理念，吸引众多老师了解与关注，同时OT的产品凭借前沿的技术希望给到老师与专家更多解决方案。

Ruihong'an (Guangdong) Medical Equipment Co., Ltd., together with Italian OT Bioeletronica, showcased a variety of independently developed multimodal high-density electromyography (EMG)+electroencephalography (EEG) interface acquisition and analysis systems, multi-channel high-density matrix EMG+EEG acquisition and analysis systems, fully wearable wireless portable multimodal EMG+EEG fusion analysis systems, wireless portable high-density EMG acquisition and analysis recorders, wireless wearable surface electromyography, and other products at the exhibition. The products fully embody the advanced concepts of "personalized rehabilitation" and "human-machine integration", attracting the understanding and attention of many teachers. At the same time, OT's products hope to provide more solutions to teachers and experts with cutting-edge technology.

展会花絮

       论坛期间，各高校及研究所老师对意大利OT的高密度肌电特别关注，并在现场使用，期间与工程师交流探讨交流。其中OT公司的多模态高密度肌电脑电神经接口同步采集分析系统，支持64- 960通道同步采集，涵盖高密度表面肌电（HD-sEMG）、肌内肌电（iEMG）及脑电（EEG）等多模态信号。系统集成信号放大、滤波与模数转换功能，通过USB/Ethernet接口实现高速数据传输，配合OT BioLab软件平台，可实时可视化。

During the forum, teachers from various universities and research institutes paid special attention to the high-density electromyography of Italian OT and used it on site. During the forum, they communicated and discussed with engineers. Among them, OT Company's multimodal high-density muscle computer electrical nerve interface synchronous acquisition and analysis system supports 64-960 channel synchronous acquisition, covering multimodal signals such as high-density surface electromyography (HD sEMG), intramuscular electromyography (iEMG), and electroencephalography (EEG). The system integrates signal amplification, filtering, and analog-to-digital conversion functions, and achieves high-speed data transmission through USB/Ethernet interfaces. Combined with the OT BioLab software platform, it can be visualized in real-time.

展会瞬间

新品展示

OT Novecento+是OT Bioelettronica推出的旗舰级生物电信号采集系统，支持960通道同步采集，涵盖高密度表面肌电(HD-sEMG)、肌内肌电(iEMG)及脑电(EEG)等多模态信号。系统集成信号放大、滤波与模数转换功能，通过USB/Ethernet接口实现高速数据传输，配合OTBioLab软件平台，可实时可视化并深度解析肌肉激活热力图、运动单元动作电位(MUAP)及神经传导速度。全球500+科研机构信赖之选，研究成果发表于《Nature》《Science》等期刊，为神经肌肉研究、临床诊断及人机交互提供科研级解决方案。

性能特点：

1超高通道容量

2灵活配置64-960通道(含16路辅助输入)，适配全肌群或复杂脑电信号同步采集;二维高密度电极阵列(HD-sEMG)，空间分辨率提升500%，精准定位神经支配区域。

3双供电抗干扰设计

内置锂电池(续航40小时)+外接12V电源，支持浮动采集系统，消除共模噪音;低噪声水平(<2 μVRMS),确保微弱生物电信号的高保真捕获。

4多模态信号协同

同步采集力学、扭矩、角度等16路辅助信号，构建多维生理分析模型;支持500-8000Hz可调采样率，覆盖从低频EEG到高频iEMG的全频段需求。

5科研级数据分析

解析肌纤维传导速度、MUAP募集时序及肌肉激活空间分布;软件一键生成PDF/Excel报告，支持自定义算法导入(Python/Matlab).

应用领域：

1神经肌肉研究:解析运动单元动作电位时序，量化神经传导速度与肌肉协同策略。2临床康复评估:监测中风患者肌群激活对称性，制定数据驱动的康复计划。

3运动科学优化:分析短跑运动员腓肠肌激活峰值，优化起跑技术。

4脑机接口开发:同步EEG与HD-sEMG信号，探索神经-肌肉协同控制模型。

5疼痛与疲劳管理:深入探索肌肉在不同工作负荷下的激活模式，如追踪负重任务下腰部肌群疲劳阈值，设计防护策略。