care & love
Stroke remains one of the leading causes of long-term disability worldwide. Clinical protocols for stroke rehabilitation increasingly emphasize early mobilization, repetitive task-oriented training, and multidisciplinary care coordination. Mona Care, through its comprehensive range of smart rehabilitation and nursing equipment, provides healthcare institutions and home caregivers with the tools needed to execute these evidence-based protocols effectively.
Modern stroke rehabilitation follows structured clinical pathways that progress from acute care through subacute rehabilitation to long-term recovery. Key elements of these protocols include early positioning and mobilization, intensive gait training, functional task practice, and continuous monitoring of patient progress. Each phase requires specific equipment that can adapt to the patient's evolving needs while ensuring safety and comfort.
Mona Care's product ecosystem is designed to align with these clinical milestones, offering solutions that bridge the gap between hospital-grade rehabilitation and home-based care.
Gait impairment is among the most common consequences of stroke, affecting mobility and independence. Clinical protocols for gait recovery emphasize high-frequency, repetitive walking training — a task that is physically demanding for therapists. Mona Care's lower limb exoskeleton robots address this challenge directly.
The Bear Adult lower limb exoskeleton robot is 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, and Intensive Care Units. With IEC 60601 certification for safety and reliability, Bear Adult uses biomechanical modeling to simulate natural human gait, enabling precise and repeatable rehabilitation training.
A key feature that supports clinical protocols is the robot's ability to deliver continuous output of up to 50Nm torque across various functional training modes. This allows clinicians to follow progressive loading protocols, gradually increasing intensity as the patient's motor function improves. The high-frequency repetitive walking training corrects abnormal gait patterns and enhances overall lower limb mobility — outcomes that align directly with the goals of robot-assisted gait training protocols.
The Gait Assist exoskeleton robot takes personalization a step further. Its multi-sensor fusion technology identifies movement intentions in real time, allowing the device to adapt assistance levels to the patient's active participation. This is particularly valuable for clinical protocols that emphasize active motor learning over passive movement.
Gait Assist also features training data export capabilities, enabling clinicians to track progress objectively. Parameters such as walking speed, step symmetry, and joint range of motion can be recorded and analyzed, supporting evidence-based decision-making in clinical care. The comfortable human-machine interaction design ensures safety and effectiveness throughout each session.
Pediatric stroke rehabilitation requires specialized equipment that accounts for smaller body dimensions and distinct developmental needs. The Rabbit Kid children's lower limb exoskeleton robot addresses this gap with a safe and comfortable human-machine interaction design. It has been deployed in respected institutions including the Hong Kong Christian Service's Pui Yi School and the Duchess of Kent Children's Hospital, demonstrating its clinical credibility. Multiple training modes enhance active motor skills in young patients, supporting age-appropriate rehabilitation protocols.
Clinical Protocol Alignment: All three exoskeleton robots support the core principle of repetitive, high-frequency gait training — a cornerstone of modern stroke rehabilitation guidelines. The adjustable torque, personalized parameters, and data export features enable clinicians to implement progressive, measurable treatment plans.
Before a stroke patient can engage in active gait training, proper positioning and in-bed care are critical. Clinical protocols for early-stage stroke emphasize positioning to prevent contractures, pressure ulcers, and respiratory complications. Mona Care's nursing beds are built to support these requirements.
The standard Nursing Bed (2080 × 960 × 600mm) offers back lifting, leg lifting and downward adjustment, left and right turning, catering and receiving functions, and an in-bed toilet. These features directly support clinical protocols for patient positioning, pressure redistribution, and hygiene management. The Electric Multifunction Rotating Nursing Bed adds further capabilities: backrest adjustment from 0° to 70°, leg rest adjustment from 0° to 35°, height adjustment from 400 to 650mm, and a bed exit function that lowers the leg section from 0° to 86° to assist the user in getting out of bed.
The rotation function (0° to 90° single-side) is particularly valuable for implementing turning schedules — a standard clinical protocol for pressure injury prevention. The bed exit function also supports the transition from bed rest to early mobilization, a critical step in the stroke recovery pathway.
A significant challenge in stroke rehabilitation is the safe transfer of patients between bed, wheelchair, and therapy stations. Clinical protocols mandate that transfers be performed with proper support to prevent falls and protect both the patient and caregiver. The Hug Moving device from Mona Care is designed specifically for patient transfer and mobility assistance, reducing the physical strain on caregivers while ensuring patient dignity and safety during transfers.
As patients progress in their recovery, the Walking Robot & Wheel Chair provides a smart mobility solution that combines walking assistance with wheelchair functionality. This dual-purpose design supports the transition from assisted walking to independent mobility, aligning with the graduated progression outlined in stroke rehabilitation protocols.
Comprehensive stroke care extends beyond motor rehabilitation. The Washing Robot offers automated bathing and cleaning assistance, helping caregivers maintain patient hygiene — an essential component of infection prevention protocols in both hospital and home settings. For patients experiencing post-stroke pain, the B-CURE Laser Pain Relief device provides non-invasive laser therapy, supporting pain management protocols without pharmaceutical intervention.
Mona Care's product range supports the full continuum of stroke care — from early-stage positioning in nursing beds, through intensive gait training with exoskeleton robots, to mobility assistance and daily care. Each device is designed to integrate into established clinical protocols, providing healthcare professionals with reliable, certified equipment that enhances treatment outcomes.
For rehabilitation departments, neurology units, and home care providers seeking to strengthen their stroke rehabilitation capabilities, Mona Care offers a coordinated solution. With IEC 60601 certification, competitive pricing through direct manufacturer relationships, and a commitment to genuine quality products, Mona Care is a trusted partner in advancing stroke recovery.
Interested in learning how Mona Care equipment can support your clinical stroke rehabilitation protocols?
Contact the Mona Care Team Today