EEG KT88-2400 – Disc Leads

Description

EEG KT88-2400 – Disc Leads Set

The EEG KT88-2400 Disc Leads are high-quality, medical-grade electrodes designed specifically for use with the KT88-2400 Digital EEG Brain Mapping System. These disc-style EEG leads ensure excellent signal conductivity and patient comfort, providing accurate and stable brainwave recordings for both clinical and research applications.

Crafted from durable, biocompatible materials, the disc electrodes maintain consistent contact with the scalp throughout testing, minimizing artifacts and improving data accuracy. The leads are color-coded for easy placement according to the international 10–20 electrode positioning system, ensuring efficient setup and reliable results.

Key Features:

• Compatible with KT88-2400 EEG System: Designed for seamless integration and accurate data acquisition.

• High-Conductivity Disc Electrodes: Provide stable, low-noise signal transmission for precise EEG readings.

• Comfortable & Secure Fit: Smooth, rounded electrode edges ensure patient comfort during extended use.

• Color-Coded Leads: Simplifies electrode identification and placement for efficient workflow.

• Durable Construction: Reusable, high-quality materials built to withstand repeated sterilization and use.

• Easy Connection: Standard EEG plug connectors for fast setup and reliable performance.

Technical Specifications:

• Electrode Type: Disc-style EEG electrodes

• Material: Silver/Silver Chloride (Ag/AgCl) or Gold-plated (varies by set)

• Cable Length: Approx. 1.5–2.0 meters

• Connector Type: Compatible with KT88-2400 EEG input interface

• Color Coding: International 10–20 system standard

• Use: Reusable (with proper cleaning and disinfection)

Applications:

• Brainwave monitoring

• Epilepsy and neurological assessments

• Sleep studies

• Cognitive and research testing

Packaging Includes:

• 1 x Set of Disc EEG Leads (24-channel compatible)

• 1 x Storage pouch or case

Ideal For:
Hospitals • Neurology departments • EEG labs • Research centers • Educational institutions