NCC Medical’s R&D team brings together engineering, clinical application, software, signal processing, and medical device development expertise. With continued investment in neurophysiology technologies, the team supports product innovation across EEG, EMG, evoked potentials, intraoperative neuromonitoring, rehabilitation, and connected clinical systems. NCC focuses on translating clinical needs into practical technologies, including advanced electrophysiological signal acquisition, intelligent analysis, wireless connectivity, workflow-oriented software, and integrated device-consumable solutions.
Advanced signal acquisition and processing capabilities for EEG, EMG, MEP, SSEP, and related electrophysiological applications.
Research and development of intelligent analysis tools to support data interpretation, monitoring efficiency, and clinical workflow improvement.
Wireless and connected system development supporting more flexible neurophysiology monitoring and collaboration.
Product design focused on practical clinical use, application efficiency, and coordinated device-consumable workflows.
NCC holds a growing portfolio of patents and software copyrights, reflecting its long-term commitment to neurophysiology innovation. Through collaboration with hospitals, universities, and research institutions, NCC continues to participate in national, provincial, and municipal R&D projects that support product development and clinical application.
Founded in 2011 with guidance from the Shanghai Municipal Science and Technology Commission, SIAER, also known as NCC Neuro Research Center, is a collaborative platform initiated by NCC Medical. It connects hospitals, clinical experts, universities, research institutes, and medical device enterprises to support joint research, talent development, clinical translation, and innovation in electrophysiology and rehabilitation.
We turn ideas into impact through an integrated model that bridges engineering, industry, and society.
Bridging Medicine & Engineering Training clinicians and engineers in EEG/EMG/ONM · Prototyping neural interfaces · Human factors design + Co-developing clinical-ready technologies with frontline practitioners
From Lab to Market AI algorithm co-development · Regulatory strategy (Class II/III) · IP management · Startup incubation + Accelerating translation and commercialization with industry partners
Science to Society Open-access clinical case libraries · Educational content · China Neurophysiology Innovation Report · Public brain health programs + Connecting innovation with patients, policymakers, and the public
The NCC Electrophysiology Joint Innovation Academy (NCC Academy) builds on the 14-year legacy of the Shanghai Joint Innovation Center for Neurophysiology & Rehabilitation Technology (SIAER) — established in 2011 with approval from the Shanghai Science and Technology Commission. SIAER became a national model for industry-clinical-academic collaboration, achieving:
80+ government and industry-funded R&D projects
150+ patents, software copyrights, and technical standards
50+ technology transfers — including registered medical devices now used across China
An ecosystem linking 30+ hospitals, 15+ universities, and 20+ medtech enterprises
We’re moving beyond passive monitoring to real-time, adaptive neuroprotection — where AI, robotics, and brain-computer interfaces (BCI) work with clinicians to prevent injury and accelerate recovery.
Our systems are designed to:
→Detect subtle neural changes during surgery — processed locally, with no cloud dependency
→Trigger robotic assistance when nerve stress is detected
→Enable thought-driven rehabilitation via closed-loop BCI
→Keep clinicians in control, with transparent, auditable AI
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