7E Wellness ReStore Conductive Gel with Bio-Active Complex – 4oz – Facial Skin Care Products with Green Tea Extract, Hyaluronic Acid, and Collagen Peptides – Anti Aging and Skin Tightening

Price: S$25.00
(as of Jan 11, 2026 23:53:18 UTC – Details)

Use with the MyoLift Microcurrent Facial Device – The ReStore Conductive Gel aids in proper application and comfort while using any MyoLift Microcurrent Machine and Facial Tools. Applying this treatment gel induces self-healing, hydration, and nourishment while delivering the benefits of microcurrent into your skin.
Restores Your Skin: MyoLift ReStore Conductive Gel focuses on the health and integrity of the skin from the onset of the chronological aging process. Our formula includes botanical extracts that help regenerate and invigorate the skin while softening and moisturizing the face.
Includes Collagen Peptides and Hyaluronic Acid: Our formula is designed to support elasticity and hydration in the skin while getting all the benefits of microcurrent facials. Hyaluronic Acid helps bind water to collagen, so your skin appears plumper, dewier, and more hydrated.
Professional Results: Our microcurrent device and accessories are advanced, customizable, and powerful. We provide technologies for Health, Wellness, and Beauty professionals worldwide, accommodating the high demand for non-invasive professional skin care.
What Makes Us Stand Out: Our unique holistic approach to wellness revolves around seven elements: balance, energize, mindful, ground, detox, worry-free, and vitalize. When combined, along with advanced, professional microcurrent technology, they help women naturally enhance their beauty internally and externally.
On a clean face, lightly spray with 7e Wellness RePlenish Spritzer if available. Apply a small amount of Restore Gel to the target area, then use microcurrent. Reapply gel as needed for each section. Once finished, remove any remaining gel with a steam towel and spray again with RePlenish Spritzer. Using a quarter-sized amount is recommended, adjusting distance based on the area to avoid quick drying and reduce waste.