care & love
For patients who have survived a stroke, regaining the ability to walk is often cited as the most important goal of rehabilitation. Yet the reality is sobering: nearly half of all stroke survivors admitted to inpatient rehabilitation are discharged without being able to walk independently. Studies observing standard physical therapy sessions have recorded as few as 6 to 16 steps per session for non-ambulatory patients — far below the repetition needed to drive neuroplastic recovery. This is where the Bear Adult lower limb exoskeleton robot is changing the landscape of post-stroke care.
The Bear Adult exoskeleton, available through Mona Care (a brand of Oakon Tech Inc.), is a powered lower limb exoskeleton specifically designed for rehabilitation training of individuals with lower limb motor dysfunction caused by stroke. It is suitable for use in Rehabilitation Departments, Neurology Departments, Neurosurgery Departments, Intensive Care Units, and other medical institutions staffed by professional medical personnel. The device is IEC 60601 certified for safety and reliability, meeting rigorous international medical device standards.
Walking recovery depends on the brain's ability to rewire itself — a process known as neuroplasticity. For neuroplasticity to occur, rehabilitation must be goal-oriented, repetitive, progressive, and task-specific. Clinical guidelines recommend that early stroke rehabilitation follow these principles to maximize mobility gains.
However, dependent patients who require substantial assistance from one or two therapists are the least likely to achieve these guidelines. The physical demands on therapists — manually lifting and guiding a patient's legs through each step — limit the number of repetitions that can be performed in a session. Without adequate stepping practice, many patients fail to reach independent walking before discharge, which in turn affects discharge destination, community reintegration, and long-term quality of life.
This is the gap that powered exoskeletons are designed to fill. By providing mechanical assistance for walking, these devices allow patients to perform a much higher volume of stepping practice while substantially reducing the physical burden on therapists.
The Bear Adult exoskeleton straps around the patient's lower limbs and uses embedded electric motors to generate joint motion at the hips and knees. The device is built on biomechanical modeling that simulates natural human gait, allowing patients to experience a realistic walking pattern during training. This is a critical feature — unlike suspended treadmill-based robots that constrain movement in a fixed path, the Bear Adult enables overground walking practice that closely resembles real-world ambulation.
Key technical specifications of the Bear Adult include:
The ability to deliver continuous, high-torque assistance means that even patients with significant lower limb weakness can participate in walking practice early in their recovery. This early initiation of weight-bearing and gait training is crucial — research has shown that early mobilization after stroke is associated with better functional outcomes.
A landmark randomized controlled trial published in the Journal of NeuroEngineering and Rehabilitation (Louie et al., 2021) investigated the efficacy of exoskeleton-based physical therapy for non-ambulatory patients during subacute stroke rehabilitation. The study, conducted across three inpatient rehabilitation hospitals, enrolled 36 patients (mean 39 days post-stroke) who were unable to walk without substantial assistance.
The experimental group received exoskeleton-based physical therapy sessions three times per week, replacing 75% of their standard therapy. The results showed that exoskeleton-based training could be safely administered with no serious adverse events reported. Importantly, in exploratory analyses, patients who adhered to the exoskeleton protocol regained independent walking earlier and achieved greater gait speed at six months compared to the control group.
These findings align with the broader body of evidence supporting robot-assisted gait training and the use of lower limb rehabilitation exoskeletons in clinical practice. When patients who require the most physical assistance are given access to exoskeleton technology, they can achieve the repetition and intensity needed to drive meaningful recovery.
The Bear Adult exoskeleton is designed for use in a range of clinical settings:
The device is operated by professional medical staff who are trained in its use. The multiple training modes allow therapists to tailor the level of assistance to each patient's individual needs, progressively reducing support as the patient gains strength and coordination. This weaning process is a key feature — once a patient achieves sufficient independence, standard overground walking training can be resumed.
Mona Care (Oakon Tech Inc.) is a trusted online sales platform for life care products, working directly with producers to ensure genuine products, competitive pricing, and responsive customer support. Based in Shenzhen, China, with a presence in Toronto, Canada, Mona Care serves customers worldwide. The company's slogan — "Later, should be also beautiful" — reflects its commitment to making quality care accessible at every stage of life.
For inquiries about the Bear Adult lower limb exoskeleton robot or other rehabilitation products, contact Mona Care at inquiry@mona-care.com or via WhatsApp at +86 134 8093 2349.
The Bear Adult exoskeleton represents a significant advancement in stroke rehabilitation technology. By enabling non-ambulatory patients to perform the high-frequency, repetitive walking practice essential for neuroplastic recovery, it addresses a critical gap in current care. As the evidence base for powered exoskeletons continues to grow, devices like the Bear Adult are poised to play an increasingly important role in helping stroke survivors regain their mobility and independence.