For patients with motor dysfunction caused by central nervous system injury, senile cerebral infarction, Parkinson's disease and other conditions, independent standing and walking are the key to regaining self-care ability, and the core of scientific weight reduction assistance is to "adapt to the patient's recovery rhythm and gradually guide independent force application". In clinical practice, patients in the early stage are often unable to complete standing and walking independently due to weak limb strength and poor core stability. Manual assistance is not only time-consuming and labor-intensive, but also prone to abnormal patient postures due to uneven force application. Traditional weight reduction equipment is mostly designed with fixed lifting force and cannot be dynamically adjusted according to the patient's recovery situation: insufficient assistance increases the risk of falls, while excessive assistance leads to muscle disuse in patients, making it difficult to achieve the clinical intervention goal of "progressing step by step".
Relevant clinical studies have fully confirmed the important value of precise weight reduction assistance: a 2024 study in the China Biomedical Literature Service System pointed out that scientific weight reduction assistance training for elderly patients with hemiplegia caused by cerebral infarction can significantly improve limb function and walking ability, increasing the completion rate of activities of daily living by 42.8%. A 2025 study in VIP Journal also showed that weight reduction walking training can effectively improve the gait function of patients with Parkinson's disease, reduce the incidence of freezing of gait, and help patients gradually restore independent activity ability, which also provides strong evidence-based support for the clinical implementation of precise weight reduction assistance intervention.
The precise weight reduction training support function of the Meddo Dynamic Weightless Ceiling Hoist System CL100-C accurately meets the clinical needs and patient recovery rules. With the core of "adjustable lifting force, gradual force reduction with recovery, and assisting independent standing and walking", it creates a scientific and safe progressive recovery path for patients with motor dysfunction, solving many pain points of traditional weight reduction assistance.
The core advantage of this function lies in the "precisely set and dynamically adjustable" lifting force control – the device is equipped with a high-precision integrated weighing module (accuracy ±0.5kg), which can flexibly set personalized lifting force in the range of 0-100KG according to the patient's weight and limb strength, providing stable and adaptive support for patients' standing and walking training. In the early stage of training, for patients with weak limb strength who cannot bear weight independently, a higher lifting force can be set to effectively reduce the limb load, help patients successfully complete basic training such as maintaining standing posture and slow walking, and avoid the risk of falls at the same time, eliminating patients' psychological concerns during training.
With the gradual recovery of patients' physical activity ability, medical staff can gradually reduce the lifting force through the central control console trolley or wireless tablet controller, gradually reduce device assistance, guide patients to exert force independently, and strengthen limb strength and balance ability. From high-assistance assisted standing in the early stage, to moderate force reduction assisted walking in the middle stage, and then to low-assistance or even no-assistance independent standing and walking in the later stage, the whole process adapts to the patient's recovery rhythm, achieving the training goal of "progressing step by step and gradually becoming independent". It not only ensures training safety but also effectively stimulates patients' potential for independent exercise.
As a Class I medical device, the weight reduction training support function of CL100-C is not only suitable for multiple clinical scenarios such as neurological rehabilitation and geriatric rehabilitation, but also can be combined with the device's intelligent self-adaptation, fixed-point braking and other functions to ensure the whole training process safety while providing precise weight reduction support, and reduce the operation burden of medical staff. The precise setting and dynamic adjustment of lifting force can be realized without complex debugging, making weight reduction assistance training more scientific and efficient, helping patients with motor dysfunction gradually get rid of assistance, achieve the goal of independent standing and walking, and regain confidence in life.
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