Workstation AFESK VIK16

A workstation system designed to support rehabilitation and exercise therapy. Engineered for use in physical therapy and rehabilitation settings. Customizable to support various therapeutic modalities.

Based on motor imagery brain-computer interface electrical stimulation system, this device enables stroke patients to perform active rehabilitation training through motor intention. It achieves closed-loop neural pathway training from center to periphery to center, promoting neural circuit reshaping and improving rehabilitation outcomes by 30-40% compared to conventional training.

Equipment designed for active neuromotor rehabilitation, enabling patient-initiated therapeutic movements. These devices support functional recovery of motor control after neurological injury or disease.

A rehabilitation apparatus for variable positioning and therapeutic exercise execution. The device enables a wide range of exercises for upper and lower limbs as well as core training through adjustable patient positioning.

Intelligent closed-loop neuromuscular stimulation system for post-stroke and neurological rehabilitation. Stimel-03 detects muscle signals in real-time at 2,000 Hz sampling rate to trigger functional electrical stimulation (FES) and neuromuscular electrical stimulation (NMES) therapy. Proprietary algorithms decode motor intent and autonomously modulate stimulation, while augmented reality guidance supports precise patient movement training in clinical rehabilitation settings.

Transcranial electrical stimulation device that boosts motor cortex plasticity to support movement recovery and coordination improvement during neurorehabilitation. Enhances recovery outcomes in post-stroke and motor disorder rehabilitation.

Upper limb functional electrical stimulation system designed to restore motor function and improve muscle activation in patients with upper extremity paralysis or weakness. The device delivers targeted electrical impulses to stimulate nerves and muscles, enabling functional movement for rehabilitation following stroke, spinal cord injury, or peripheral nerve damage. Indicated for physiotherapy and neuromotor recovery applications.

A next-generation neurorehabilitation platform designed for patients recovering from stroke, spinal cord injury, traumatic brain injury, and other neurological disorders. The system combines artificial intelligence, augmented reality, functional electrical stimulation (FES), neuromuscular electrical stimulation (NMES), real-time biofeedback, brain-computer interface (BCI), and BioRhythmIQ® technology to deliver personalized rehabilitation that adapts continuously to each patient's neurological condition and recovery progress. Unlike conventional rehabilitation systems, Axionis-Kynara is designed to decode patient intent in real time and deliver predictive stimulation before movement is fully expressed, featuring an AI engine that analyzes EMG signals and fatigue trends, interactive AR-based therapeutic activities with visual feedback, and direct brain-signal interaction for intent-based motor recovery.

Advanced electromyography-triggered functional electrical stimulation system for neurological rehabilitation. Provides targeted muscle activation based on patient's voluntary muscle signals.

This wheelchair uses SSVEP brain-computer interface technology to decode user movement intentions and control forward, backward, left, and right movements. It enables quadriplegic patients to move independently from bed to wheelchair while training to repair neural pathways and establish spatial awareness.

Advanced robotic therapy system for spinal rehabilitation combining rhythmic motion, whole-body vibration, and gentle decompression. Clinically validated for improving circulation, reducing spinal tension, stimulating muscle activation, and enhancing mobility in clinical and wellness settings.

Biofeedback therapy system for neuromuscular re-education and functional recovery. Provides real-time feedback to patients during rehabilitation exercises.