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| Brain Products | |
|---|---|
| Name | Brain Products |
| Type | Private |
| Industry | Neurotechnology |
| Founded | 1992 |
| Founder | Stefan Debener, Ulrich Hagemann |
| Headquarters | Munich, Germany |
| Products | EEG amplifiers, active electrodes, software |
Brain Products is a German company specializing in electroencephalography hardware and software for neuroscience research. It develops amplifiers, electrodes, and analysis tools used by academic laboratories, clinical centers, and industry partners worldwide. The company supplies instruments that integrate with experimental platforms and data-analysis ecosystems across cognitive neuroscience, clinical neurophysiology, and applied neurotechnology.
Brain Products operates from Munich and serves customers across Europe, North America, Asia, and Latin America. Its organizational structure combines research and development teams, manufacturing facilities, and global sales and support offices that interface with institutions such as the Max Planck Society, University of Oxford, Massachusetts Institute of Technology, Harvard University, and University College London. The company participates in trade fairs and conferences including Society for Neuroscience, Human Brain Project meetings, Cognitive Neuroscience Society symposia, and exhibitions at FENS events.
Founded in 1992 by engineers and neuroscientists, the company emerged during a period of rapid growth in electrophysiological methods alongside institutions such as the University of California, San Diego and Karolinska Institutet. Early milestones include development of amplifier systems used in multisite collaborations with groups at University of Munich and pilot deployments in clinical research at Charité – Universitätsmedizin Berlin. Throughout the 2000s it expanded product lines while collaborating with hardware firms and standards bodies like IEEE committees and research consortia such as ENIGMA.
The product portfolio encompasses EEG amplifiers, active and passive electrode systems, electrode caps, transcranial stimulation accessories, and software for data acquisition and preprocessing. Popular hardware models are integrated with experimental software platforms from companies and projects such as MATLAB, Psychtoolbox, Presentation (software), E-Prime, and OpenViBE. Signal-processing and analysis workflows interface with toolboxes and frameworks like EEGLAB, FieldTrip, MNE-Python, and pipelines used by groups at Stanford University, Princeton University, and Donders Institute.
Devices are widely used in research on perception, attention, memory, emotion, and clinical studies of epilepsy, sleep, and coma. Laboratories publishing with the equipment include teams at Columbia University, Yale University, University of California, Berkeley, University of Toronto, and University of Melbourne. Applications span brain–computer interface research involving groups at ETH Zurich and MIT Media Lab, neuroergonomics projects tied to NASA collaborators, and translational studies coauthored with hospitals such as Massachusetts General Hospital and Riley Hospital for Children.
Manufacturing follows quality-management practices aligned with international standards referenced by regulators and procurement at institutions including Food and Drug Administration reviews for related devices and conformity assessments used in the European Union. Production involves supply-chain partnerships with electronics firms and component suppliers from regions such as Bavaria and international vendors collaborating with companies like Siemens and Rohde & Schwarz for component sourcing. Calibration and testing routines reflect protocols adopted in multicenter studies coordinated by centers such as NIH-funded networks and university core facilities.
The company has partnered with academic consortia, medical centers, and commercial firms to support multimodal imaging and neuromodulation projects. Collaborators include neuroimaging centers at University College London, transcranial stimulation groups at University of Göttingen, and industry partners like Philips and GE Healthcare for integration into multimodal platforms. It has contributed to multicenter research initiatives supported by funders such as the European Commission and Wellcome Trust and engaged with standards organizations including International Organization for Standardization technical committees.
Criticisms focus on typical issues in the sector: product pricing compared with open-source alternatives, proprietary formats affecting data interoperability debated at gatherings like OHBM meetings, and service or support concerns raised by users at university facilities such as those at University of Michigan and University of Amsterdam. Debates have occurred around the tradeoffs between commercial closed-hardware solutions and community-driven projects exemplified by initiatives from OpenBCI advocates and open-hardware labs at institutions like Imperial College London.
Category:Neurotechnology companies Category:Companies based in Munich