Dual-leg rehabilitation exoskeleton E-helper
standing positiongait

Dual-leg rehabilitation exoskeleton - E-helper - ZARYA - standing position / gait
Dual-leg rehabilitation exoskeleton - E-helper - ZARYA - standing position / gait
Dual-leg rehabilitation exoskeleton - E-helper - ZARYA - standing position / gait - image - 2
Dual-leg rehabilitation exoskeleton - E-helper - ZARYA - standing position / gait - image - 3
Dual-leg rehabilitation exoskeleton - E-helper - ZARYA - standing position / gait - image - 4
Dual-leg rehabilitation exoskeleton - E-helper - ZARYA - standing position / gait - image - 5
Dual-leg rehabilitation exoskeleton - E-helper - ZARYA - standing position / gait - image - 6
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Characteristics

Type
dual-leg
Use
gait, standing position
Maximum supported weight

Max.: 110 kg
(243 lb)

Min.: 40 kg
(88 lb)

Description

Medical exoskeletons are intended for the rehabilitation of patients after temporary loss mobility of the lower limbs, as well as for constant use by people with full loss of functionality of the lower extremities. Exoskeleton «E-Helper» individual version Individual version for permanent home use by one patient with limited adjustment value, made for a specific patient (several measurements are required) and has one set of cushions. Exoskeleton «E-Helper» rehabilitation version Rehabilitation version for hospitals with a simple and quick way to set up, a large range of pillows for the back and abdomen, an adjustment tool. Description The exoskeleton "E-Helper" is designed taking into account modern trends in medical rehabilitation, assistive technologies and adaptation of the complex to the anthropometric parameters of the patient. Who will benefit from «exorehabilitation» Patients recovering from stoke with mobility issues; Patients after a traumatic brain injury with mobility issues; Patients with traumatic injury of the spine; Patients with gait pathologies due to musculoskeletal system disorders; Patients with cerebral palsy and multiple sclerosis with mobility issues. There has been positive experience in use of exoskeleton in rehabilitation of patients recovering from stroke. Based on modern data, regenerative and compensatory processes in the CNS (due to stroke or trauma etc.) are maintained due to a biological phenomenon of neural plasticity. Neural plasticity is the ability of CNS to structurally and functionally reorganize neuronal elements and systems.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.