Elevate your skincare routine with our 10oz Hydrating Conductive Gel, specially formulated to pair seamlessly with beauty devices. Enriched with hyaluronic acid, this lightweight, water-based gel delivers deep hydration while enhancing device glide for a smooth, comfortable experience. Its clean formula is free from fragrance, parabens, and harsh additives—making it suitable for all skin types, including sensitive skin. Whether you're using it during your facial or body care sessions, this gel helps create a gentle barrier between your skin and the device, supporting effective contact without irritation or residue.
Hydrating Care for All Skin Types: Gentle yet effective, this fragrance-free and paraben-free conductive gel is formulated to suit all skin types—including sensitive skin. Its non-irritating, hypoallergenic formula makes it the perfect companion for your daily beauty routine.
Boosts Microcurrent Performance: Specially designed for use with microcurrent devices, the gel enhances conductivity and ensures optimal energy transfer for better toning and lifting results. Its balanced viscosity allows smooth glide and precise device contact with every use.
Infused with Hyaluronic Acid for Deep Hydration: Packed with skin-loving hyaluronic acid, this hydrating conductive gel delivers intense hydration, locking in moisture while soothing the skin. The clear, lightweight formula absorbs quickly and leaves your skin refreshed—not sticky.
Professional Results at Home: Enjoy salon-quality skincare in the comfort of your home. This 10oz conductive gel creates a smooth, protective barrier between your skin and beauty devices, enhancing glide and minimizing friction. Designed to support consistent contact, it helps reduce the risk of discomfort during your skincare routines.
Clean, Skin-Safe Formula: Made without harsh additives like parabens, sulfates, or synthetic fragrances, our clean formula reduces the risk of irritation, redness, or allergic reactions. Ideal for use on both face and body, even with regular treatments.