Uni-Patch Re-Ply 2.75" Round Electrodes - Latex-Free, Self-Adhering - Pk/4

Uni-Patch Re-Ply Electrode: Your Solution for Effective Electrotherapy Discover the Power of Targeted Muscle Stimulation Self-adhering and designed for comfort, Uni-Patch Re-Ply Electrodes are your go-to choice for effective and comfortable electrotherapy sessions. These **latex-free** electrodes ensure safe and reliable muscle stimulation, whether you're managing pain or recovering from an injury. Key Features & Benefits of Uni-Patch Electrodes Effortless Application and Repositioning * Experience the convenience of our **self-adhering solid gel electrodes**, making application and repositioning a breeze. Say goodbye to messy gels and complicated setups! Unmatched Comfort and Flexibility * Constructed from **flexible, durable, and low-profile materials**, our electrodes conform seamlessly to your body, providing superior comfort during treatment. Versatile Design for Targeted Treatment * With a **variety of shapes and sizes**, these electrodes are adaptable to most treatment sites, ensuring targeted stimulation for optimal results. The 2.75" round shape is perfect for medium-sized muscle groups. Cost-Effective and Long-Lasting * Enjoy multiple applications, lasting from 10-15 days, making these electrodes a cost-effective solution for your ongoing electrotherapy needs. One package contains 4 electrodes for extended use. Additional Information: Quality You Can Trust Latex-Free and Biocompatible Crafted from **latex-free materials**, our electrodes are ideal for individuals with sensitivities, ensuring a safe and irritation-free experience. Optimized for Electrotherapy Modalities These electrodes are designed to work seamlessly with a wide range of electrotherapy devices, maximizing the effectiveness of your treatment sessions. Experience the Difference with Uni-Patch Re-Ply Electrodes Choose Uni-Patch Re-Ply Electrodes for comfortable, effective, and reliable electrotherapy. Improve your treatment outcomes and enjoy the benefits of targeted muscle stimulation.