Recently, the H1000 Passive Finger Isolation Rehabilitation Trainer, developed by Beijing Soft Robot Technology Co., Ltd. (SRT), demonstrated excellent performance in a rehabilitation study targeting patients with right hemisphere brain injury. The related clinical research findings have been published in the international authoritative journal Scientific Reports (a sub-journal of Nature).
The study focused on Robot-Assisted Mirror Therapy (MRT), which integrates traditional mirror visual feedback with rehabilitation robotics technology to explore its potential in enhancing upper limb motor function and cortical activation in patients. The results showed that the MRT group significantly outperformed the traditional training group in Fugl-Meyer Assessment (Upper Extremity), wrist and hand function scores, and activities of daily living, confirming the therapy's potential for neurofunctional remodeling.
From technological innovation to addressing core clinical needs, the H1000 stems from its deeply innovative design tailored for rehabilitation scenarios:
Flexible Drive + Precise Adjustment: Utilizes flexible pneumatic drive technology with 10 adjustable intensity levels to accommodate patients' varying muscle strength and prevent training injuries.
Comprehensive Training Coverage: Covers both gross and fine motor training. The unique "Finger Selection Button" function enables targeted training for individual or multiple fingers, meeting advanced rehabilitation needs for finger flexibility and independence.
Personalized Program Adaptation: Supports dynamic adjustment of training plans based on patient recovery progress, enabling a gradual rehabilitation process and maximizing training outcomes.
Since obtaining its medical device registration certificate in October 2023, the H1000 has been rapidly deployed in numerous authoritative medical institutions, including Beijing Rehabilitation Hospital, Peking University People's Hospital Tongzhou Branch, and Shanghai Tongkang Hospital, demonstrating reliable value in clinical practice:
Medical staff acknowledge its stable performance and precise training effects, effectively assisting clinical diagnosis and treatment.
Patients report a comfortable training experience, significantly accelerated recovery of hand function, and a marked improvement in quality of life, fully validating the product's clinical utility and safety.
With their precise, stable, and personalized rehabilitation training solutions, SRT's series of Passive Finger Isolation Rehabilitation Trainers are gradually becoming essential tools in the field of hand rehabilitation, offering new recovery possibilities for stroke and neurological injury patients. In the future, SRT will continue to deepen its expertise in rehabilitation technology, striving to help more patients regain health with superior products and contribute Chinese innovation to the global development of rehabilitation medicine.
