Replacement gel pads for EMS muscle stimulators, compatible with various electronic muscle stimulation devices. These high-quality gel pads are designed to enhance conductivity between the electrodes and the skin, ensuring optimal performance of your EMS unit. Simply attach the gel pad to the electrode for efficient and effective use. [Long-Lasting Durability] Professional-grade gel pads offer extended service life, reusable for approximately 30 applications. Actual lifespan may vary depending on usage and storage conditions. For best results, clean the skin with alcohol before application to help prolong pad life. [Comfort and Safety] Made from soft, skin-friendly materials, these gel pads provide a gentle and comfortable experience. They feature strong adhesion, are self-adhesive, and reusable, maintaining consistent performance over multiple uses. Helps protect electrodes from drying out or losing stickiness. [Maintenance Instructions] Ensure the skin is clean and dry before applying the pad. Cleaning the skin with alcohol before each use is recommended to maximize pad longevity. Replace the gel pad when adhesion weakens, the surface becomes dry, or performance noticeably declines. Usage Tips: 1. Remove the used gel pad from the electrode. 2. Clean the electrode surface to remove any residue. 3. Peel off one side of the transparent protective film. 4. Apply the gel sheet to the electrode pad. 5. Smooth out air bubbles for full contact. 6. Remove the remaining protective film before use. Style: Gel sheets for EMS AB trainer Application: Body Color: Blue Material: Self-adhesive hydrogel Size: 4 x 6 cm Package Includes: 60 x Gel Pads Maintenance Tips: Always keep the skin clean and dry before use. Clean the skin with alcohol to extend the life of the gel pads. Replace the pad when adhesion is reduced or the surface is dirty or dry. Note: The package includes only the items listed above. Other accessories are not included. Note: Slight color variation may occur due to lighting and screen settings. Size may vary by ±1–3 cm due to manual measurement.