Axelgaard Universal Dual Electrodes

The Axelgaard Universal Dual Electrodes feature cutting-edge silver ink printed carbon film technology to ensure superior conductivity during TENS therapy sessions. Designed with a comfortable white polycoated cloth top material, these electrodes are durable and gentle on the skin.

Ideal for professional settings and home use, these electrodes are compatible with a wide range of TENS units, providing patients with versatile and efficient pain relief solutions. Available in a convenient size of 3" x 5", each electrode offers exceptional performance and reusability, packaged individually for hygiene standards.

• Each electrode features silver ink printed carbon film, ensuring optimal conductive transmission for effective therapy.
• The polycoated cloth top material provides durability and comfort, preventing skin irritation during extended use.
• Designed for universal compatibility with most TENS units, offering versatile application across different therapy settings.

• Axelgaard Universal Dual Electrodes are designed to provide superior conductivity and patient comfort during TENS therapy sessions. They are ideal for use in medical facilities, physiotherapy clinics, and by individuals seeking non-invasive pain relief solutions at home.

1. Can these electrodes be reused?
Yes, Axelgaard Universal Dual Electrodes can be reused multiple times. Ensure proper care by following the usage instructions and storing them correctly.

2. How do I know if these electrodes will fit my TENS unit?
These electrodes come with a standard wire connection, making them compatible with most TENS units available on the market.

3. What makes these electrodes different from others?
Axelgaard electrodes are crafted with a silver ink printed carbon film that provides superior conductivity, combined with a comfortable and durable polycoated cloth top material.

4. How should I store these electrodes?
Store the electrodes in a cool, dry place away from direct sunlight to maintain their adhesive and conductive properties.