MODEL SY-HRC08

KLINIČNI SISTEM ZA REHABILITACIJO ROKE

Syrebo® Upper Limb Rehabilitation Robot uporablja vsesmerno predstavljeno mobilno ohišje z napredno visoko natančno tehnologijo optičnega pozicioniranja, ki uporabnikom zagotavlja različne in učinkovite ciljno usmerjene treninge za izboljšanje moči, hitrosti in natančnosti zgornjih okončin, kar vodi do preoblikovanja funkcionalnosti zgornjih okončin.

​Robot za rehabilitacijo zgornjih okončin Syrebo uporablja mobilno ohišje z vsemi funkcijami in visoko natančno tehnologijo optičnega pozicioniranja, ki uporabnikom zagotavlja različne učinkovite ciljno usmerjene treninge za izboljšanje moči, hitrosti, natančnosti in preoblikovanja funkcionalnosti zgornjih okončin.

Lastnosti

Based on the advanced theoretical system of hand function rehabilitation in "central-peripheral-central" closed-loop rehabilitation intervention mode, two types of training programs were developed by the different rehabilitation degrees of patients: Group Flexion and Extension and Fine Motor Programs.

Group flexion and extension (synchronized flexion and extension of five fingers) is targeted at patients with weak hand muscular strength. It helps them control joint edema and muscle stiffness, amplifies hand and joint mobility, and prevents joint contracture.

Fine motor training targets patients with specific hand mobility; it helps the hands complete different gestures and movements and strengthens the hands' capacity to meet fine actions with the help of several training modes.

Prednosti

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"Central-peripheral-central" closed-loop active rehabilitation mood

It is a rehabilitation training mode in which the central and peripheral nervous systems participate cooperatively to induce, enhance, and accelerate the control ability of the central opponent's function.

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"The CPC closed-loop rehabilitation theory, proposed in 2016 (Jia, 2016), involves the assessment and therapy of central rehabilitation methods and peripheral procedures. This innovative rehabilitation model utilizes positive feedback to enhance brain plasticity and rehabilitation efficacy following brain injury in a bidirectional manner. Devices associated with this approach can combine input and output capabilities. Research has shown that the CPC closed-loop rehabilitation is more effective in managing post-stroke dysfunctions, such as motor impairment, compared to single central or peripheral therapy."