Medical Brain Electrode Terminals are precision components designed for neuroscience research and medical applications. These electrode terminals are highly sensitive and capable of accurately capturing brain activity signals. They are designed for easy contact with the brain and stable data transmission to support neurological diagnosis, treatment and research. At the same time, their biocompatible materials ensure patient safety.
High sensitivity:
The electrode terminals are able to accurately capture and transmit the weak electrical signals generated by the brain, providing accurate data support for neuroscience research.
Biocompatible Material:
Made of materials that are compatible with human tissue, ensuring that the electrodes will not cause irritation or damage to the patient's brain during prolonged use.
Strong Stability:
The electrode terminals are in close contact with the brain and can transmit signals stably, reducing signal distortion caused by movement or external interference.
Low impedance:
The low impedance of the electrode terminal helps to reduce the energy loss during signal transmission, ensuring the clarity and reliability of the signal.
Easy to install and remove:
Designed with the convenience of medical operations in mind, the electrode terminals can be easily mounted on the patient's brain and easily removed after the treatment or study is completed.
Widely Applicable:
Can be used for a variety of neuroscience research and medical applications, such as electroencephalogram (EEG) monitoring, neurostimulation therapy, etc.
