Adult Ring Electrodes
P/N: 82019150042
Adult sensory finger ring electrodes
"tight spring" style ring material (stainless steel) and grommet slide adjustment for snug fit.
Reusable ,48" (1.2m) twisted red and black lead-wires
Standard 1.5mm touch-proof safety sockets.
Certificate : ISO 13485：2016
Reusable, Packing:1pair/bag
A Finger Toe Electrode, also known as a finger-toe electrode or simply FT electrode, is a type of electrode used in electroencephalography (EEG) and other neurophysiological studies. It is specifically designed to measure electrical activity from the fingers and toes.
Two stainless steel ring electrodes feature a sliding grommet that moves easily into place. The red and black twisted
Lead wires are protected by the strain relief system at both the electrode and connector ends. The flexible twisted leads
are 36" (0.92m) in length and terminates in safety touch proof connectors. One pair per package
Reusable Ring Electrodes for NCV Studies
Introduction
Specialized sensors called ring electrodes are applied in many electrochemical and medicinal fields. Ring electrodes, renowned for their distinct shape and particular application advantages, are crucial for accurate measurement in both clinical and research contexts.
Specification
|
Product name |
Finger Toe Electrodes (Ring Electrodes) |
|
Product Number |
82019100042(1.0m),82019150042(1.5m) |
|
Electrode material |
Stainless steel |
|
Cable material |
PVC |
|
Cable length |
1.0m/1.5m |
|
Connector Type |
DIN42802 / 2 pin |
|
Patibility |
For Nerve Conduction Studies (NCS) and Evoked Potentials (EP) |
|
Certificate |
ISO 13485:2016 |
|
Packing |
1 pair/bag |
Features and application
Features
- Electrodes are designed to be durable and long-lasting, able to withstand multiple sterilizations
- Annular opening allows easy placement of electrodes near nerves or muscle groups
- Multiple sizes to accommodate different sites and patients, ensuring optimal contact and signal collection
- Made of biocompatible materials to avoid the risk of allergic reactions or skin irritation
- The reusable ring electrode is compatible with standard NCV equipment and stimulation devices and can be seamlessly integrated into existing clinical protocols and procedures.
- Good signal quality: It provides reliable signal quality and impedance characteristics, enabling accurate measurement of nerve conduction velocity and electromyographic response.
- 3 years guarantee
Application
- Neurological Diagnostics
- Clinical Research
- Rehabilitation Medicine
- Biomedical Engineering
- Education and Training
Details
Qualification
Sinelink is comply with ISO13489:2016 and has the ability to design and manufacture a full range of neurodiagnostic suppliers. With years' experiences, we are able to serve customers from all over the world and gain fabulous reputation from our cooperators.
Upkeep and Cleaning
Reusable ring electrodes should be cleaned in accordance with the manufacturer's instructions after each use.
Using specialized electrode cleaners, soaking in disinfectant solutions, or wiping with alcohol wipes are common cleaning techniques.
Maintaining the electrodes' integrity and preventing cross-contamination are two benefits of proper cleaning.
FAQ
Q: What is a ring electrode used for?
Nerve Conduction Studies: FT electrodes are commonly used in nerve conduction studies (NCS) to evaluate the integrity and function of peripheral nerves.
Electrodiagnostic Testing: In addition to nerve conduction studies, FT electrodes may be used in conjunction with other electrodes to perform electrodiagnostic tests such as electromyography (EMG) and nerve conduction velocity (NCV) studies.
Clinical Evaluation: FT electrodes are utilized in clinical settings to assess the function of sensory and motor nerves in patients with symptoms such as numbness, tingling, weakness, or pain in the extremities.
Research Applications: FT electrodes are also used in research studies investigating peripheral nerve function, neurophysiology, and neuromuscular disorders.
Q: How does a ring electrode work in neuroscience?
Recording Electrical Activity
Electrophysiological Experiments
Brain Mapping
Neuromodulation
Closed-Loop Systems
Neural Interface Devices
Q: What are the advantages of using ring electrodes in electrochemistry?
Uniform Electric Field
Reduced Edge Effects
Enhanced Signal-to-Noise Ratio
Minimized Faradaic Currents
Facilitated Mass Transport
Compatibility with Microfabrication
Versatility in Electrochemical Studies
Q: How do you place ring electrodes for nerve conduction studies?
Steer clear of applying the electrodes over areas that have large scars or calluses.
To avoid muscle artifacts in the recordings, maintain the patient's limb at a relaxed posture.
To ensure consistency, double-check the locations and distances.
Ring electrode placement must be done correctly in order to get reliable nerve conduction study results, which are necessary for identifying and classifying disorders of the peripheral nerve.
Q: What materials are ring electrodes made of?
Properties: Offers strong electrical conductivity, resistance to corrosion, and durability.
Usage: Because of its durability and strength, it is frequently used for reusable electrodes.
The benefits of silicone or rubber coating include improved skin contact, flexibility, and comfort for the patient.
Usage: To improve comfort and reduce slippage, ring electrodes are frequently placed over them as an outer layer.
Depending on the patient's skin sensitivity, the needs of the nerve conduction study, and the desire for reusability, each of these materials has unique advantages that can be selected.
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