TIANJIN, China — Aug. 23, 2026
TIANJIN — United Imaging, one of China's leading makers of high-end medical imaging equipment, on Saturday unveiled what it calls the country's first complete brain-computer interface system built on magnetic resonance imaging technology, a move that could sharpen the precision of both neuroscience research and the treatment of disorders like Alzheimer's and Parkinson's disease.
The system, called "uMR Shen Guan," was released at the first National MRI Brain-Computer Interface Conference in Tianjin in partnership with Tianjin University. Unlike consumer-grade or research-grade brain-computer interfaces that rely on electroencephalography — a technique that can roughly locate brain activity but struggles to pinpoint specific functional areas — the new solution leverages MRI's high spatial resolution to target precise neural regions.
"Before this, teams working on MRI-based brain-computer interfaces in China were essentially building their own rigs," said a person familiar with the project. "One group would handle the imaging hardware, another the brain electrodes, a third the algorithms. Getting everything to talk to each other could eat up half a year of debugging — time that should have gone to actual research."
The uMR Shen Guan system addresses that fragmentation by integrating the entire workflow into a single platform. Built on United Imaging's uMR series MRI scanners, the solution covers the full loop of reading brain signals, writing neural stimulation, and verifying outcomes. It includes high-resolution MRI imaging capabilities, hardware adaptation optimized for the magnetic environment, a compatibility toolbox for magnetically compatible brain-computer interfaces, and a new paradigm for MRI-guided neuromodulation.
For end users, the practical implication is straightforward: rather than sourcing components from multiple vendors and spending months on integration, research teams and clinicians can begin work immediately. That reduction in setup time and cost could accelerate a field that has been gaining urgency as the burden of neurological diseases grows.
Alzheimer's disease, Parkinson's disease and other neurological conditions increasingly demand early detection and precise intervention. High-resolution brain imaging could allow clinicians to catch functional abnormalities earlier than current methods permit, while MRI-guided neuromodulation could improve the accuracy of treatment delivery for patients who need it.
The release also reflects a broader shift in China's medical-device industry. After years of depending on foreign manufacturers for core technologies, domestic companies have moved from making components to building complete systems — and now to offering full-stack solutions in frontier areas like brain-computer interfaces. Listed companies' semiannual reports this year show R&D spending continuing to climb in hard-tech sectors, with capital flowing into advanced manufacturing and digital healthcare.
The collaboration model behind uMR Shen Guan — United Imaging providing the hardware platform and engineering capabilities, Tianjin University contributing its brain-computer interface research expertise — offers a template for industry-academia partnerships in China's high-end medical sector. The two institutions said the system is designed for open use in both brain science research and clinical diagnosis and treatment of neurological diseases.
By lowering the barrier to entry for MRI-based brain-computer interface research, the full-stack approach could enable more teams to explore frontier directions that were previously impractical for lack of infrastructure. In a field where the tools have long been the bottleneck, that may prove to be the system's most significant contribution.
Source: Guancha.cn