Enables advanced, adaptive neurorehabilitation with 16 simultaneous stimulation channels for complex motor recovery.

Key Features

Whole-Body Synergies: Ability to stimulate multiple muscle groups simultaneously for replicating complex motor tasks (e.g. gait cycle, sit-to-stand), involving both agonist and antagonist muscles across the body.
Adaptive Timing: Utilises sensor feedback to adapt to patient speed and fatigue, providing stimulation when most beneficial during therapy.
Neuroplasticity Driver: Synchronous afferent feedback with motor intent encourages cortical reorganisation more effectively than passive FES.
Spasticity Management: Features high-frequency protocols specifically aimed at reducing spasticity and muscle tone in neurological patients.
Clinical Data Management: Supports therapist workflow with patient profiles, session tracking, and bespoke protocol management for tailored treatments.
Versatile Application: Suitable for a broad spectrum of patients, from those with complete tetraplegia for muscle preservation to elite athletes for recovery and potentiation.

Technical Specifications

Channels	16 independent, electrically isolated channels
Feedback	Real-time motion detection via AFESK™ sensors
Programs	50+ integrated motor programs (neurorehabilitation, orthopaedic, sport)
Interface	Professional clinical interface with patient database
Electrodes	Supports up to 32 surface electrodes simultaneously
Pulse Form	Symmetrical bipolar square wave
Technology	AFESK™ (Adaptive Functional Electrical Stimulation Kinesitherapy)
Device Type	Stationary clinical workstation
Max Current	100 mA per channel (current controlled)
Pulse Width	50–500 µs
Power Supply	Mains operated (medical grade)
Pulse Frequency	1Hz–200Hz (variable per program)

VIKTOR is an Italian innovator in neuro-rehabilitation, employing patented AFESK™ technology in their VIK16 and VIK8 systems to deliver adaptive stimulation for restoring physiological motor patterns and promoting autonomous movement.

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Key Features

Whole-Body Synergies: Ability to stimulate multiple muscle groups simultaneously for replicating complex motor tasks (e.g. gait cycle, sit-to-stand), involving both agonist and antagonist muscles across the body.
Adaptive Timing: Utilises sensor feedback to adapt to patient speed and fatigue, providing stimulation when most beneficial during therapy.
Neuroplasticity Driver: Synchronous afferent feedback with motor intent encourages cortical reorganisation more effectively than passive FES.
Spasticity Management: Features high-frequency protocols specifically aimed at reducing spasticity and muscle tone in neurological patients.
Clinical Data Management: Supports therapist workflow with patient profiles, session tracking, and bespoke protocol management for tailored treatments.
Versatile Application: Suitable for a broad spectrum of patients, from those with complete tetraplegia for muscle preservation to elite athletes for recovery and potentiation.

Technical Specifications

Channels	16 independent, electrically isolated channels
Feedback	Real-time motion detection via AFESK™ sensors
Programs	50+ integrated motor programs (neurorehabilitation, orthopaedic, sport)
Interface	Professional clinical interface with patient database
Electrodes	Supports up to 32 surface electrodes simultaneously
Pulse Form	Symmetrical bipolar square wave
Technology	AFESK™ (Adaptive Functional Electrical Stimulation Kinesitherapy)
Device Type	Stationary clinical workstation
Max Current	100 mA per channel (current controlled)
Pulse Width	50–500 µs
Power Supply	Mains operated (medical grade)
Pulse Frequency	1Hz–200Hz (variable per program)