Surface electrodes for Electromyography with Pattern Recognition controller - Hand Only (with grips) - TASKA

Surface electrodes for Electromyography with Pattern Recognition controller - Hand Only (with grips) - Bebionic (Steeper)

Surface electrodes for Electromyography with Pattern Recognition controller - Hand Only (with grips) - iLimb

Surface electrodes for Electromyography with Pattern Recognition controller - E2 Elbow (Hand with grips without Wrist) - TASKA

Surface electrodes for Electromyography with Pattern Recognition controller - E2 Elbow (Hand with grips without Wrist) - Bebionic (Steeper)

Surface electrodes for Electromyography with Pattern Recognition controller - E2 Elbow (Hand with grips without Wrist) - iLimb

Surface electrodes for Electromyography with Pattern Recognition controller - Hand and wrist (TASKA with grips)

Surface electrodes for Electromyography with Pattern Recognition controller - Espire Pro/Hybrid (Hand with grips with wrist) - TASKA

Surface electrodes for Electromyography with Pattern Recognition controller - Espire Pro/Hybrid (Hand with grips with wrist) - Bebionic (Steeper)

Surface electrodes for Electromyography with Pattern Recognition controller - Espire Pro/Hybrid (Hand with grips without wrist) - TASKA

Surface electrodes for Electromyography with Pattern Recognition controller - Espire Pro/Hybrid (Hand with grips without wrist) - Bebionic (Steeper)

Surface electrodes for Electromyography with Pattern Recognition controller - Espire Pro/Hybrid (Hand without grips with wrist)

Surface electrodes for Electromyography with Pattern Recognition controller - Espire Pro/Hybrid (Hand without grips without wrist)

Surface electrodes for Electromyography with Pattern Recognition controller - Michelangelo Hand

Surface electrodes for Electromyography with Pattern Recognition controller - Michelangelo Hand with Axon Wrist

Surface electrodes for Electromyography with Pattern Recognition controller - Michelangelo Hand with Axon Wrist with Axon Elbow

Surface electrodes for Electromyography with Pattern Recognition controller - Michelangelo Hand with Axon Elbow

Surface electrodes for Electromyography with Pattern Recognition controller - Hand and Wrist (with grips) - TASKA

Surface electrodes for Electromyography with Pattern Recognition controller - Hand and Wrist (with grips) - Bebionic (Steeper)

Surface electrodes for Electromyography with Pattern Recognition controller - Hand and Wrist (with grips) - iLimb

Surface electrodes for Electromyography with Pattern Recognition controller - E2 Elbow (Hand with grips with Wrist) - TASKA

Surface electrodes for Electromyography with Pattern Recognition controller - E2 Elbow (Hand with grips with Wrist) - Bebionic (Steeper)

Surface electrodes for Electromyography with Pattern Recognition controller - E2 Elbow (Hand with grips with Wrist) - iLimb

The Neurolutions System is a Brain-Computer-Interface (BCI) device developed for rehabilitation of upper extremity disability for chronic stroke patients. The device consists of the Neurolutions robotic handpiece, a biometric headset, and a Windows-based tablet computer. The Neurolutions System provides upper extremity rehabilitation using three separate modes: the main mode of therapy is referred to as the BCI or ‘thought’ mode, in which the patient’s hand is opened or closed by the Orthosis based on brain-signals received from the biometric headset; the second mode is referred to as a ‘volitional’ mode in which a patient actively opens and closes their hand with the System enabling independent range of motion; the third is a continuous passive motion (CPM) mode in which the System simply moves the patient’s hand passively through a comfortable range of motion in a repetitive fashion.

The Neurolutions System is a Brain-Computer-Interface (BCI) device developed for rehabilitation of upper extremity disability for chronic stroke patients. The device consists of the Neurolutions robotic handpiece, a biometric headset, and a Windows-based tablet computer. The Neurolutions System provides upper extremity rehabilitation using three separate modes: the main mode of therapy is referred to as the BCI or ‘thought’ mode, in which the patient’s hand is opened or closed by the Orthosis based on brain-signals received from the biometric headset; the second mode is referred to as a ‘volitional’ mode in which a patient actively opens and closes their hand with the System enabling independent range of motion; the third is a continuous passive motion (CPM) mode in which the System simply moves the patient’s hand passively through a comfortable range of motion in a repetitive fashion.

D-Tect MT Accessory is an accessory to the NeuroStar Advanced Therapy System intended to aid in the motor threshold (MT) determination process

NeuroStar Mobile Console, recertified

NeuroStar Mobile Console, recertified

Neurostar Mobile Console 3.6, 120V, US

NeuroStar Mobile Console Version 3.7, 120V

2.X to 3.7 System Upgrade Kit

3.X to 3.7 System Upgrade Kit for NeuroStar systems that are not TouchStar Capable

3.X to 3.7 System Upgrade Kit for NeuroStar systems that are TouchStar Capable

System Software for NeuroStar Mobile Console

System Software for NeuroStar Mobile Console

System Software for NeuroStar Mobile Console

Local version of TrakStar Patient Data Management System Software

Local version of TrakStar Patient Data Management System Software

Combined local/cloud version of TrakStar Patient Data Management System Software

Cloud version of TrakStar Patient Data Management System Software

Cloud version of TrakStar Patient Data Management System Software

The MT Cap is used to aid in the motor threshold (MT) determination process.

Gold cup electrodes 96" length, (5 electrodes/pack)

Gold cup electrodes 48" length, (5 electrodes/pack)

Gold cup electrodes 60" length, (5 electrodes/pack)

Gold cup electrodes 96" length, (5 electrodes/pack)

ClearUP Sinus Relief Device is a smaller package system