Оборудование для научных исследований в области нейронаук, физиологии и поведения Антропоморфная робототехника и робототехнические изделия



The use of biological feedback together with the upper proximity exoskeleton activates neuroplasticity in patients after stroke and craniocerebral trauma and promotes accelerated rehabilitation of patients.

  • Independent finger control
  • Forearm support
  • EMG or EEG or script based control
  • Games with scenarios


Low Proximity Exoskeleton


Neurobotics - Low Proximity ExoskeletonProvides assistive help for patients with impaired locomotoric functions and allows them to move in-house and outdoors without a wheelchair.
Cyclic movements improve blood flow and metabolism of the lower limbs and pelvis.
Improves overall patient health and quality of life.

  • Seated position
  • Walking on flat surfaces
  • Walking on stairs
  • EEG and EMG control
  • Manual control (physical buttons)



Motorized wheelchair with brain-computer interface (BCI) control.

  • Easy start - a common user can learn to 3 mental commands (such as forward, stop and turn) in 15-30 minutes
  • Wireless EEG-amplifier 
  • Normal motorized wheelchairs are modified to accept mental commands