At the source muscle, EMG activity develops with high amplitude and pronounced Morphology.
HOOKs reliably reaches these and picks them up precisely.
Usage paired needle electrodes that are long enough to reach the generator muscle, enables the recording of robust signal quality with high amplitude.
Thanks to the isolated needle electrodes – with the exception of the tip – the unwanted minimizes capture of other muscles or physiological generators.
HOOKs is available in a hubbed version with 2,5 mm, 5 mm and 10 mm spacing, as well as a Split version available.
For easy identification, the hub and cable are color-coded. In addition, the system has a 1,5 mm TP connector for safe and secure comfortable connection.
At the source muscle, EMG activity develops with high amplitude and pronounced Morphology.
HOOKs reliably reaches these and picks them up precisely.
Usage paired needle electrodes that are long enough to reach the generator muscle, enables the recording of robust signal quality with high amplitude.
Thanks to the isolated needle electrodes – with the exception of the tip – the unwanted minimizes capture of other muscles or physiological generators.
HOOKs is available in a hubbed version with 2,5 mm, 5 mm and 10 mm spacing, as well as a Split version available.
For easy identification, the hub and cable are color-coded. In addition, the system has a 1,5 mm TP connector for safe and secure comfortable connection.
At the source muscle, EMG activity develops with high amplitude and pronounced Morphology.
HOOKs reliably reaches these and picks them up precisely.
Usage paired needle electrodes that are long enough to reach the generator muscle, enables the recording of robust signal quality with high amplitude.
Thanks to the isolated needle electrodes – with the exception of the tip – the unwanted minimizes capture of other muscles or physiological generators.
HOOKs is available in a hubbed version with 2,5 mm, 5 mm and 10 mm spacing, as well as a Split version available.
For easy identification, the hub and cable are color-coded. In addition, the system has a 1,5 mm TP connector for safe and secure comfortable connection.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Subdermal Needle Electrodes – Reliability for Precise Neuro-Monitoring
Our subdermal needles are designed for precise neurophysiological applications.
They ensure a stable signal reception and enable eective stimulation of the patient.
The electrodes consist of made of high-quality, stainless steel and are designed to provide easy, atraumatic introduction.
Variants such as straight, curved or twisted needles ensure optimal adaptation to different requirements and minimize the risk of needle breakage.
All models are equipped with a 1,5 mm TP connector and comply with the relevant guidelines for neurophysiological monitoring.
Electrode solutions for precise EEG images in MRI
Our electrode solutions are specially designed for the safe and precise recording of EEG signals during the MRI.
This method makes it possible to dispense with additional safety resistors, which would allow the stimulation to be.
The electrodes are available in different sets with multiple electrodes and feature convenient color coding for quick identification.
All needle electrodes are equipped with a 1,5mm TP connector plug.