innoSTEP-WL

Product Type:
Stimulator
Technology: Functional Electrical Stimulation (FES)

Areas of Application:
- Reduction of poor body posture
- Independent, pain-free walking
- Improved quality of life

Indications:
- Foot drop / peroneal palsy
- Apoplexy (stroke)
- Traumatic brain injury (TBI)
- Spastic hemiparesis / cerebral palsy
- Multiple sclerosis (MS)
- Incomplete paralysis Incomplete paralysis of the lower leg muscles
- Centrally induced paresis of the leg muscles
- Peripherally induced paresis as a result of accidents
- Herniated disc / spinal cord injury

Description:
Foot drop (peroneal nerve palsy) is damage to the peroneal nerve, which controls the lifting of the
foot. In such a case, natural walking is very difficult or not possible at all. Another possible problem resulting from a weak foot dorsiflexion could possibly be a permanent incorrect posture of the body with the resulting consequences.
The innoSTEP-WL surface stimulator can provide relief with the help of functional electrical stimulation (FES). To ensure that the foot lifts at the right moment, the heel switch sends a signal to the stimulator attached to the calf when it moves. This sends an external electrical impulse to the peroneal nerve. This allows the foot to lift at the right moment.
The repeatedly transmitted impulses are perceived by the nerve structures located in the brain and spinal cord (CNS) and managed and processed as motor stimuli. This can lead to stable neuronal rewiring, a better gait pattern and increased mobility.

Features / components:
- MEMS sensor technology
- Gyroscope (gyroscope stabilizer)
- Individual programming
- Peroneus stimulation
- Acceleration sensor for precise stimulation
- Wireless

Delivery:
- innoSTEP-WL
- Remote control
- Cuff with integrated textile electrodes
- Device case
- Power supply unit with USB charging cable
- Plastic spray bottle (for moistening the textile electrodes)
- Instructions for use

Price (without guarantee):
The price is available on request from the manufacturer / distributor.