Brain-Computer Interface Emerges as a Medical Tech Hotspot: China's Non-Invasive Technology Takes the Lead

Brain-computer interface, as a cutting-edge core technology connecting the brain with external devices, is breaking down barriers in human-computer interaction and providing new solutions for the rehabilitation of neurological disorders such as stroke, ALS, and spinal cord injuries, becoming an important innovative direction in the field of medical technology.

 

On March 30, the 10th Guangzhou International High-EndMedical DeviceThe exhibition opened in Guangzhou, and brain-computer interface has become a focus due to its great application potential in medical rehabilitation, disability assistance, elderly care, and other scenarios.ExhibitionFocus, MultipleEnterpriseConcentrated display of non-invasive brain-computer interface technology and commercialized products.

 

The relevant equipment exhibited on-site can collect brain waves through a headset device, rely on algorithmic analysis of the user's intentions, and achieve functions such as intelligent wheelchair control without manual operation. It can be widely applied in various fields including medical rehabilitation, education, and scientific research.

 

Regarding the industry's widespread concerns about signal accuracy, stability, and power consumption, Chen Yan, Co-founder and General Manager of Lezhi Intelligent Technology (Guangzhou) Co., Ltd., stated that the core bottleneck of current non-invasive brain-computer interfaces lies in the insufficient accumulation of scenario-based EEG data, and algorithm optimization still requires more clinical and home application data support. He believes that large AI models are key to technological upgrades, enabling the construction of standardized clinical pathways, and providing support for product implementation and efficacy consistency verification by integrating on-site data collection.

 

Regarding the future development of the industry, Chen Yan believes that brain-computer interfaces will graduallyHospitalScenario DevelopmentHealthManagement and home rehabilitation, the service population will also expand from patients with brain diseases to sub-healthy groups with emotional and sleep problems, and further extend to fields such as education and industry. In the future, brain-computer interfaces will also deeply integrate with humanoid robots, achieving the Internet of Everything through brain control, and this process is accelerating.

 

Guanfeng He, head of the marketing department at ihnnk, stated that brain-computer interfaces have already been applied in the field of mental and psychological health. In the future, it is necessary to strengthen scientific research cooperation with medical institutions in areas such as neurosurgery and neurology to continuously expand application scenarios.

 

From a global competitive perspective, China's non-invasive brain-computer interface technology has reached a leading level. He Guanfeng believes that the large population base provides massive training data, which can significantly improve model accuracy and scenario coverage. Combined with support from national and local policies, companies can more efficiently access medical resources, promoting technological breakthroughs and industrial implementation.

 

Since 2025, the development of China's brain-computer interface industry has significantly accelerated, with multiple technologies entering the application verification stage and achieving positive results. Industry experts have simultaneously pointed out that the sector still faces challenges in scientific principles, engineering technology, and ethical standards. With the deep integration of AI large models and big data, brain-computer interfaces will continue to enhance recognition accuracy and interaction experience, driving healthcare towards precision, intelligence, and personalization.