ECG/EKG Suction Chest Electrodes, 24mm diameter, 6 pieces

Optimize your surface ECG recording with our high-quality ECG/EKG Suction Chest Electrodes. These electrodes are designed for precision precordial recording at rest, ensuring accurate and reliable results every time. Key Features: • Universal Connection: Compatible with various patient cables, these electrodes are easy to integrate into your existing setup. • Rubber Ball Suction: Provides secure and stable attachment to the skin, ensuring consistent signal quality. • High-Quality Materials: Constructed with durable plastic and metallic parts, coated with silver chloride for optimal conductivity. • Perfect Size: Featuring a 33mm rubber ball diameter and a 24mm metallic part diameter, designed for precise placement and comfort. • Color: Blue. Instructions for Use: 1. Clean the skin surface with a cotton flock soaked in ether. 2. Apply an adequate amount of conductive paste to ensure complete adherence to the metallic plate. 3. Connect the patient cable to the electrode connection cable. 4. Place the electrode on the desired point by squeezing the rubber ball. Press until a good adherence is achieved, then release the rubber ball. Attention: • Follow European standards for patient cable lead identification: Right arm (red), Left arm (yellow), Right leg (black), Left leg (green). • Only qualified personnel should connect and activate the devices. • Do not apply electroconductive paste to wounded or scarred skin. • Not suitable for monitoring during defibrillation, surgical procedures, or Holter recording. Cleaning Instructions: • Use cleaning and disinfecting detergents suitable for surgical devices. Follow the product instructions carefully. • After cleaning, rinse with water. • Avoid ultrasonic cleaners, removers, and steam sterilization. • If possible, clean with ethyl alcohol at a concentration of less than 10%. Enhance your ECG/EKG procedures with our reliable, easy-to-use suction chest electrodes. Ensure accurate results and patient safety with every use.