Introduction of the Robotic Tilt Table
The robotic tilt table uses new rehabilitation concept to overcome the shortcomings of the traditional rehabilitation training. It changes the patient's position under the suspension state with binding. With support from the bind, the tilt table helps patients to do stepping training. By simulating normal physiological gait, this equipment helps to restore patients’ walking ability and suppress abnormal gait.
The rehab machine is suitable for the rehabilitation of patients suffer from disorders of the nervous system related to a stroke or traumatic brain injury or incomplete spinal cord injuries. Using the rehab robot is really an effective solution especially to those in the early stages of rehabilitation.
Robotic Tilt Table Features
The distance between the feet the angle of the toe flexion and extension are completely adjustable. The two-sided pedal can be used for active or assisted walking training according to patients’ need.
The 0-80 degree progressive standing robotic tilt table with the special suspension bind can effectively protect legs. The spasm monitoring system can make sure training safety and the best training results.
1, enable patients who do not have the standing ability to walk in the lying position;
2, standing in bed at different angles;
3, standing and walking under the suspension state to restrain spasm;
4, gait training at early stages could help with rehabilitation a lot;
5, anti-gravity suspension bind makes it easy for patients to make steps by reducing body weight;
6, reduce the labor intensity of the therapist;
7, combine standing, stepping and suspension;
8, easy to apply.
Treatment Effect of the Robotic Tilt Table
1, gait training at the early stage of rehabilitation can shorten the recovery time of patients to walk again;
2, strengthen the afferent sensory stimulation of the legs to improve the excitability, flexibility and coordination of the nervous system.;
3, improve and maintain the leg joints mobility, improve muscle strength and endurance;
4, relief muscle spasm of legs by exercise and training;
5, improve the patient's body function, prevent orthostatic hypotension, pressure ulcers and other complications;
6, enhance the patient's metabolic level and cardiopulmonary function;
7, a large number of repeat physical movements can relief the muscle spasm of some patients;
8, support patients’ movement
9, strengthen the cardiovascular system
10, strengthen the incoming sensory stimulation
Gait control---Adopt servo motor control system, three shifting programs of initial speed, acceleration and deceleration are completed during the movement, effectively imitating the physiological gait of normal people.
Stepping under biological load can stimulate the proprioception of legs, increase the input of proprioception and promote the growth of nerve synapses.
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