In the clinical diagnosis and treatment of neurology, geriatrics and other departments, physical motor dysfunction is a common problem affecting patients' activity ability and self-care level. Scientific mechanical assisted intervention is an important means to improve patients' physical activity status and help the improvement of independent mobility. As a Class I medical device, the Meddo Dynamic Weightless Ceiling Hoist System CL100-C is designed with the core of weight reduction support, posture assistance and mechanical mobile assistance, integrating multiple functions such as intelligent self-adaptation and fixed-point braking. It has become a high-quality equipment for medical institutions to carry out clinical auxiliary intervention for patients with motor dysfunction, adapting to multiple clinical scenarios such as neurological rehabilitation and geriatric rehabilitation, and is in line with the application norms of mechanical auxiliary technology in the recovery of physical motor function in the Chinese Guidelines for the Diagnosis and Treatment of Neurological Rehabilitation (2025 Edition).
Domestic authoritative literature studies have confirmed that early scientific mechanical assisted intervention is of great significance to the improvement of physical activity ability in patients with motor dysfunction: a 2024 study in the 10th issue of the 43rd volume of the Chinese Journal of Geriatrics titled Clinical Effect of Mechanical Weight Reduction Assisted Intervention in Elderly Patients with Motor Dysfunction showed that for elderly patients with motor dysfunction caused by central nervous system injury such as stroke, early application of precise weight reduction mechanical auxiliary equipment can increase the effective rate of independent limb activity ability improvement by 59.6% and the completion rate of activities of daily living by 41.2% compared with the conventional intervention group. A 2025 study in the 3rd issue of the 51st volume of the Chinese Journal of Neuropsychiatric Diseases also indicated that for patients with motor dysfunction after nerve injury, carrying out progressive limb activities under standardized mechanical assistance can significantly reduce the probability of limb stiffness and activity limitation, laying a foundation for the gradual improvement of physical activity ability.
The core design of the Dynamic Weightless Ceiling Hoist System CL100-C accurately meets the clinical auxiliary needs of scenarios such as neurological rehabilitation and geriatric rehabilitation, providing patients with safe and scientific mechanical auxiliary support with multiple intelligent functions:
Dynamic Weight Reduction Support for Progressive Limb Activity Needs
The device is equipped with a high-precision built-in sensor and an integrated weighing module (accuracy ±0.5kg), realizing adjustable dynamic weight reduction support of 0-100KG. It can accurately adjust the sling height according to the patient's real-time physical status and provide an almost constant support force. For patients with motor dysfunction caused by different reasons such as nerve injury and senile hypofunction, the support force can be flexibly set, which not only provides sufficient assistance for limb activities but also retains the space for patients to exert force independently, adapting to the progressive limb activity needs from passive to active, and can assist in carrying out a variety of limb activity training such as gait, sitting-standing and core balance.
Intelligent Self-Adaptive Adjustment for Precise All-Scenario Power Support
The system is equipped with a professional intelligent self-adaptive adjustment function, which can real-time capture the patient's movement direction, speed and center of gravity height, and can automatically complete the precise adjustment of power lift and support parameters according to different site terrains such as stairs and ramps, providing adaptive assistance for limb activities in different scenarios. Without frequent manual adjustment by medical staff, it can ensure the activity stability of patients in diverse training scenarios, make the assistance force highly match the patients' limb activity needs, and greatly improve the scientificity and convenience of clinical assistance.
Mechanical Mobile Assistance + Fixed-Point Braking to Fortify the Activity Safety Barrier
The device is equipped with an electronically controlled electric four-way movement function with adjustable lifting and translation speed of 0-50cm/s, providing stable and controllable mechanical mobile assistance for patients, easily meeting multiple needs such as ward transfer and clinical limb activity assistance. At the same time, it is equipped with a fixed-point locking braking function, with a parking mechanism made of high friction materials and a large-area mechanical brake on the track, which can bear strong lateral tension and respond to the instantaneous tension caused by sudden body tilting of patients, firmly lock the trunk and provide sufficient support, fundamentally reducing the risk of falls. Combined with the fall prevention function of real-time center of gravity monitoring, the sling always runs within a safe range, escorting patients throughout the limb activity process.
Dual-Control Operation System for Balanced Precise Setting and Convenient Intervention
CL100-C is equipped with a dual-control operation system of central control console trolley + wireless tablet controller, realizing precise setting, real-time monitoring and flexible adjustment of training parameters. The trolley can complete the setting of all dynamic parameters such as translation acceleration, speed and sling lifting range, and establish a patient training database at the same time, completely recording the training process and parameters to provide data support for the formulation of subsequent personalized assistance plans. The wireless tablet controller can realize real-time synchronization with the trolley. Medical staff can hold the tablet to accompany patients to complete the whole process of physical activities, adjust parameters in real time according to the patient's real-time status without going back and forth to the console, realizing close-range and refined clinical intervention with more efficient operation and more professional service.
In addition to the core intelligent functions, CL100-C also has the product advantage of multi-scenario adaptation: the two-point hanger can be used with customized slings such as walking training slings and sitting slings, adapting to the limb activity assistance needs of different patients, reducing the physical burden of medical staff during operation and avoiding secondary injuries to patients during movement and activity. The customizable door-crossing system and track layout scheme can be seamlessly compatible with various facilities such as fire protection, lighting and air conditioning in medical institutions, adapting to different clinical scenarios such as ward corridors and rehabilitation halls. The low-impact design effectively reduces the stress on patients' limb joints. Furthermore, personalized limb activity assistance plans can be customized by matching different accessories and adjusting resistance gears to meet the progressive activity needs of different patients.
As a professional mechanical auxiliary equipment focusing on scenarios such as neurological rehabilitation and geriatric rehabilitation, the Dynamic Weightless Ceiling Hoist System CL100-C takes "safety, precision, adaptation and efficiency" as the core, deeply integrating intelligent technology with clinical auxiliary needs. It not only provides scientific assistance for the improvement of physical activity ability of patients with motor dysfunction but also provides convenient support for the clinical work of medical staff, becoming an important configuration for medical institutions to optimize the clinical auxiliary intervention system for patients with motor dysfunction and improve the efficiency of diagnosis, treatment and nursing.
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