美国Neuroscan www.neuroscan.com
美国NeuroScan公司128、40、32导脑诱发电位及认知测验工作站。主要用于研究脑诱发电位与认知加工水平的关系，揭示心理活动的脑生物学基础。三维脑诱发电位分析系统是目前国际上脑功能成像三大技术之一，具有高时间分辨率、隐含测量、评价神经活动模型、提供认知功能的神经活动联机检测等特征。目前正在进行疲劳评价标准、对抗睡眠剥夺以及情绪稳定性等全军指令性课题的研究。
美国NeuroScan公司生产的64导脑电成像扫描系统,Neuroscan产品是脑电研究领域最完整，最先进的系统.

Neuroscan is dedicated to expanding knowledge and understanding of the human brain and nervous system through advanced technology.

Neuroscan is a world-leading developer of research software for neurophysiology, neuroimaging, and neurodiagnostic systems. Neuroscan provides tools to increase understanding and improve treatment of this most complex and least understood system of the human body; the brain.
 

Neuroscan, founded in 1985, is the world's leading provider of technologies for high-density EEG recordings, electro-magnetic source localization, multi-modal neuroimaging and enhancements to functional MRI. Neuroscan's products are in use at over 1500 universities, corporate laboratories and national research institutes in approximately 40 countries.
 

Using the expertise acquired during the evolution of its high-level research products, Neuroscan has also developed clinical systems for EEG and EMG applications. Simple to use, yet employing Neuroscan's sophisticated recording and signal processing techniques, the Neuroscan line of clinical products offer a high degree of value and performance.
 

In support of its customers, products and applications, Neuroscan also operates Neuromedical Supplies, a leading manufacturer and distributor of a wide range of accessory and disposable items used in both research and clinical neurology settings. Additionally, as a result of the merger with Compumedics Limited, a global supplier of clinical systems for polysomnography, neurology and cardiology, Neuromedical Supplies is now proud to also offer a complete range of high quality sensors and supplies for modern sleep laboratories.
 

The combined product range from Neuroscan and Compumedics is one of the largest in the industry. From compact 24-hour ambulatory EEG recorders for the hospital clinician to highly complex multimodal neuroimaging for large university research centers, this is the source.