July 10, 2026, From guangzhou people to rehabilitation equipment manufacturing co., LTD and bengbu fourth people's hospital (city) rehabilitation hospital of cooperation "brain-machine interface ward innovation technology incubation platform and clinical application center" was unveiled. Huang Kaiyuan, general manager of Renlai Rehabilitation, attended the ceremony and delivered a speech, and jointly opened the center with the leaders of the hospital, marking another step in the company's strategic layout of promoting brain-computer interface technology from the laboratory to clinical large-scale application.

The ceremony was hosted by Fu Changman, member of the Party General Branch and vice president of the Fourth People's Hospital of Bengbu. Shi Biao, deputy secretary of the General Party Branch and president of the hospital, gave a welcome speech and expressed expectations for the prospects of cooperation between the two sides. Fu Lianguo, member of the Leading Party group and Deputy director of Bengbu Health Commission, attended and delivered a speech, congratulated on the establishment of the center, and put forward work requirements from four aspects: adhering to the public welfare background, strictly observing the safety red line, deepening the cooperation between medical enterprises, and giving play to the example and guidance. Subsequently, Xu Hui, secretary of the General Party branch of the hospital, Shi Biao, deputy secretary of the General Party Branch and president of the hospital, Fu Changman, member of the general Party branch and vice president of the hospital, and Huang Kaiyuan, general manager of Renlai Rehabilitation, jointly unveiled the clinical application center.

Response to clinical needs with technology

> The clinical application center established this time is centered on the overall solution of brain-computer interface intelligent ward for human-to-human rehabilitation.

> The scheme uses the wearable multimodal brain-computer interface oral belt as the signal acquisition end, and BCI-RLRF306 as the core hardware carrier to construct a full-process limb-free operation system covering bed regulation, environmental control, and rehabilitation training. Patients can independently complete back up, sit up, leg raising and other movements by head movement and blink, and can control the lights, air conditioning, TV and other equipment in the ward, truly realize "what you want is you control", and effectively improve the life autonomy of patients with severe physical disabilities.

Layout clinical scenarios to promote the implementation of brain-computer interfaces on a scale

Objective: To promote the implementation of brain-computer interfaces on a scale.

> The development of BCI technology has accelerated in recent years. In March 2026, brain-computer interface was written into the Government work report of The State Council for the first time. In June, the Action Plan for the Coordinated Development of brain-computer Interface Science and Technology and Industry in Guangdong Province (2027-2030) was officially issued, which proposed to build 200 brain-computer interface wards in the medical field by 2030. Renaolai Rehabilitation actively responded to the call of the policy, relying on its own technology accumulation and channel resources in the field of rehabilitation equipment manufacturing, accelerating the deployment of brain-computer interface smart wards in medical institutions across the country.

after the ceremony, Li Na, the manager of rehabilitation medicine of Ren Lai, gave a special lecture of "Clinical application of brain-computer Intelligent Ward", which systematically introduced the clinical pathway and application plan of brain-computer interface in the rehabilitation of hemiplegia, spinal cord injury, consciousness disorders and other diseases after stroke. Subsequently, the participants visited the BCI smart ward to deeply understand the equipment configuration and patient training process.

the bengbu the establishment of the clinical application of center, It is a key measure for human-to-human rehabilitation to deepen the integration of medicine and engineering and promote brain-computer interface technology from scientific research to clinical practice. The company will continue to be guided by clinical needs, continue to iterate products, and cooperate with medical institutions to build an intelligent rehabilitation ecology, so as to help more patients regain the initiative in life.