Electric exoskeleton gait support for the lower limbs

Product detailed description

Electric exoskeleton of the lower extremities

Support for walking after stroke and paralysis

The electric lower limb exoskeleton is an advanced rehabilitation device designed forpatients after a stroke (CMP), with paralysis or gait disorders . Using motor-assisted joints (hips, knees – depending on the configuration, ankles) it enables verticalization and controlled walking training, supports the restoration of correct movement patterns and increases the effectiveness of rehabilitation.

Main benefits

• Assisted walking – controlled, repeatable step cycle

• Rehabilitation after stroke and paralysis – stimulation of nerve pathways

• Improvement of stability and balance

• Prevention of muscle atrophy and joint stiffness

• Psychological benefit – return to standing and movement

• Individual settings according to the patient's abilities

⚙️ How it works

• electric motors help with the movement of the lower limbs

• sensors monitor pace, symmetry and range of motion

• several rehabilitation regimens (assistance, training, steps)

• safe squatting; belts and supports + emergency shutdown

Use

• rehabilitation centers and hospitals

• follow-up care after stroke, spinal cord injury, neurological diseases

• intensive physiotherapy and gait training

• research and specialized rehabilitation

⚙️ Typical features

• electric drive of the lower limb joints

• adjustable joint size and angles

• battery operation (indoor mobility)

• intuitive control for the therapist

• high emphasis onpatient safety

Who is it for

• patients after a stroke (CMP)

• osoby paralyzované (částečně nebo úplně)

• osoby s poruchami chůze

pacienti v aktivní rehabilitaci

Elektrické exoskelety na nohy představují revoluční řešení pro rehabilitaci osob s motorickými dysfunkcemi dolních končetin. Tyto vysoce přesné rehabilitační přístroje kombinují nejmodernější technologie v oblasti elektroniky, strojírenství a umělé inteligence a umožňují tak osobám s postižením znovu zažít radost z chůze.

Princip fungování
Intelligent rehabilitation robots are designed to effectively control the movements of affected limbs. The system can perform a wide range of complex instructions, including standing, walking, climbing stairs, and descending or sitting. In this way, they significantly contribute to the rehabilitation of patients with limited mobility.

Applications
The main areas of application of the electric exoskeleton include: rehabilitation of people with:

1. Damage to the nervous system (e.g. paraplegia, hemiplegia).
2. Orthopedic injuries, such as fractures and dislocations, that result from surgical procedures and require accelerated healing.
3. Improving the treatment of orthopedic conditions associated with poor blood circulation, low bone density, or nerve function.
4. Helping the elderly suffering from chronic diseases that cause poor blood circulation and reduced motor function.

Conclusion: The role of products in rehabilitation
Electric exoskeleton products play a key role in:
A. Supporting patients with passive limb movements, which aids the recovery process and the restoration of walking ability.

Keywords
Keywords Keywords include "electric assistive device", "electrically powered", "senior", "wheelchair" and "assistant". These words not only increase the visibility of our content on the internet, but also make it easier for those who need innovative mobility solutions to find it.

Optimize your rehabilitation journey with electric exoskeleton legs and regain freedom of movement!