HASOMED RehaMove FES Functional Electrical Stimulation
What is RehaMove?
A neurological disease often leads to nerve damage. The muscles supplied by the paralyzed nerve no longer receive any impulses. The result: muscle cells break down. With RehaMove, impulses can be generated and muscles can be stimulated.
Functional electrical stimulation (FES) is a therapy method where nerves are stimulated with electrical current via surface electrodes in order to cause muscular contraction. The aim is to produce a functional movement for impaired extremities. With RehaMove, specific movement sequences can be generated - for example during cycling, gait training, stabilization exercises or for foot dorsiflexion.
FES-assisted movement training with RehaMove is very important during therapy and rehabilitation processes of paralyzes. It is an effective method to relieve muscle spasms, prevent or avoid atrophy due to immobilization, increase the local blood flow or increase respectively maintain the range of motion. Therapy with functional electrical stimulation is for example recommended in Germany and part of the evidence-based S2 guideline "Rehabilitation of the lower extremities, standing and walking function in people with paraplegia".
What does RehaMove do?
FES-assisted movement training with RehaMove is very important during therapy and rehabilitation processes of paralyzes. It is an effective method to relieve muscle spasms, prevent or avoid atrophy due to immobilization, increase the local blood flow or increase respectively maintain the range of motion. Therapy with functional electrical stimulation is for example recommended in Germany and part of the evidence-based S2 guideline "Rehabilitation of the lower extremities, standing and walking function in people with paraplegia".
Early Rehabilitation
In the early rehabilitation of neurological patients, safety and active stimulation are crucial for therapeutic success. The MOTOmed Layson and Letto2 allow for the earliest mobilization in a supine position. In combination with RehaMove FES-Cycling can be achieved in the supine position.
FES-Cycling
Active movement is a prerequisite for health and wellbeing. The MOTOmed muvi, loop and gracile series movement trainers can be combined with RehaMove. RehaMove stimulates the muscles so that legs and/or arms move with their own strength. This turns passive movement into active movement training.
Upgrade your MOTOmed with FES
RehaMove2 and MOTOmed communicate via a data cable which allows data exchange of all relevant parameters (angle or position of the crank arm, rpm and rotational direction, symmetry, gear, time, distance). Stimulation sequences of controlled channels are triggered by angle-based MOTOmed data. Thus, the stimulator “knows” the right stimulation time of each muscle.
Choose with your RehaMove2 between adaptive and constant training mode
In adaptive mode, the current intensity adapts to the active rpm of the user.
Therapy goal: Support the residual muscle function of the user and adapt the stimulation depending on muscle fatigue.
In constant mode, the current remains the same regardless of the active performance of the user.
Therapy goal: Active movement even with residual muscle function.
FES-Walking
FES Walking can effectively mobilize people with incomplete paraplegia and prepare them for gait training. In hemiplegic patients, the paralyzed leg can be supported at the push of a button (external trigger) and strength deficits can be compensated.
Portable Sequence Training for Occupational and Physical Therapy
With sequence training, applications from 1-channel hand extension to 8-channel gait training are possible. Standardized application templates allow to stimulate movement sequences extremely fast and without further efforts. Each sequence training can be adapted with individual adjustable stimulation and pause times. The stimulation can be triggered automatically or manually. The manual starting and stopping of stimulation sequences can be done directly via the stimulator or via a manual switch - external trigger. One focus of this application is gait training: for hemiplegic people, the paralyzed leg can be supported and strength deficits are compensated with the support of the external trigger. People with incomplete paraplegia can be mobilized more effectively and prepared for gait training.
