Home Xirun Medical's Brain-Computer Interface Rehabilitation Robot Headquarters Project Launches in Wuxi

Xirun Medical's Brain-Computer Interface Rehabilitation Robot Headquarters Project Launches in Wuxi

Apr 13, 2026 18:59 CST Updated 18:59
Sirrem

Intelligent Rehabilitation Robot Technology R&D Provider

April 12

Flexible Rehabilitation of Brain-Computer Interface in ChinaRobotField

Sirrem Medical Headquarters Base Project

Officially Put into Operation in Liangxi District, Wuxi

This not onlyMarks the completion of the company's "research and developmentManufacturingThe construction of an "integrated industrial system" has entered a new stage of scaled and nationwide development in China, which also meansLiangxi District has filled a crucial gap in the research and manufacturing of brain-computer interfaces, injecting core momentum into the creation of a smart rehabilitation hub in the Yangtze River Delta.

Sirrem focuses on the field of hand function flexible rehabilitation robots and deeply collaborates with top teams in China in the invasive brain-computer interface direction.The hand-function flexible rehabilitation robot developed by Sirrem can help patients with high-level paralysis regain control of their fingers through "thought."Let cutting-edge technology truly serve people's livelihood and rehabilitation.

Currently, invasive brain-computer interface rehabilitation products have completed dozens of clinical trials at medical institutions such as Huashan Hospital in Shanghai and Jiangsu Provincial People's Hospital.Successfully Obtained the World's First Class III Medical Device Registration Certificate for Brain-Computer Interface

The company has deployed hundreds of devices in hospitals and communities across multiple cities in Jiangsu. The hand function flexible rehabilitation robot has been successfully included in the "Wuxi Rehabilitation Assistive Devices Community Rental Service Catalog." The company has simultaneously launched the "Internet + Home Rehabilitation" service model, creating a full-chain rehabilitation service loop, injecting strong momentum into the Liangxi Kangmei Life Ecosystem.

In sync with the headquarters' production

Sirrem Medical Officially Released

Its Brain-Computer Interface Cloud Rehabilitation Platform

Aiming to solve the long-standing issues in the field of rehabilitation medicine

"The Dilemma of Losing Management Upon Discharge"

The core breakthrough of this platform lies in

Breaking Down the Service Barriers Between Hospital Walls and Home Settings

"The biggest pain point in home rehabilitation is that patients cannot continuously receive professional and timely assessments and guidance akin to those in the hospital after being discharged."Sirrem Founder Meng Mingqiang Pointed OutA brand-new cloud platform has built a "digital bridge," enabling the rehabilitation physicians and technology of tertiary hospitals to "reach" patients' homes. Through the cloud platform, doctors can provide online consultations, assess patients' rehabilitation progress in real time, and offer precise guidance, with rehabilitation outcomes comparable to those achieved in hospitals.

This model not only solves the problem of uneven distribution of professional resources but also brings significant economic benefits. Meng Mingqiang did the math:"Through the 'Internet + Home Rehabilitation' service model, it can save patients nearly 10 times the related rehabilitation treatment costs while ensuring effectiveness."

In the future, the company will use the Liangxi headquarters as a base to deepen cooperation with institutions such as Wuxi Rehabilitation Hospital, using hospitals as nodes to extend rehabilitation services to communities and cover families.

The Implementation of Sirrem

It is the systematic layout of Liangxi District.

Achievements and Leadership in the Brain-Computer Interface Industry Ecosystem

On the day of production commencement, Liangxi District took this opportunity to organize a closed-door symposium for enterprises in the brain-computer interface ecosystem.Gathering leading companies in neural electrodes, brain-spinal interface system development, and specialized chip development for brain-computer interfaces, representing upstream and downstream sectors.Government, Enterprises, Research, and Capital PartiesAround ProductionIn-depth exchanges on key issues such as industrial agglomeration, scenario openness, clinical transformation, and policy support, to build consensus.

Li Zhengxiong, Executive Director of Fuyong Investment, an existing shareholder of Sirrem, stated:"We always focus on brain-computer interface projects oriented towards clinical needs. The foresight and efficient action demonstrated by Liangxi District in planning for future industries, along with the comprehensive local industrial supporting services, provide fertile ground for enterprise development."He expressed a willingness to deepen cooperation with Liangxi and jointly cultivate the brain-computer interface industry ecosystem.

Industrial agglomeration isLiangxiThe Core Engine of Building the Brain-Computer Interface Industry Ecosystem. In recent years, Liangxi District has accelerated the attraction of upstream and downstream supporting enterprises by focusing on the introduction of leading companies. It has promoted the complementary coexistence of brain-computer interface technology with artificial intelligence, embodied intelligent robots, smart sensors, and other industries, while actively expanding..."Brain-Computer + Health Care" "Brain-Computer + Rehabilitation" "Brain-Computer + Science Education" "Brain-Computer + Industry"Diverse application scenarios.

Next, Liangxi District and Liangxi Technology City will continue to bridge the "last mile" for technology moving from the laboratory to everyday life, fully creating a distinctive and China-leading brain-computer interface innovation ecosystem and rehabilitation application benchmark. By empowering people's livelihood through industrial clustering, they will contribute Liangxi's strength to the high-quality development of future industries.