About Us
ZIIP begins with the understanding that our skin is electrically charged.
We use electricity to visibly transform your skin. See visible results, one treatment at a time.
Our Story
designed in california
Founded in 2015 by electrical aesthetician Melanie Simon and tech innovator David Mason, ZIIP pioneered the first app-connected electrical beauty device. Drawing on Melanie's experience with A-list clients, ZIIP combines professional precision with at-home convenience, making electrical skincare accessible beyond the treatment room.
Today, that expertise extends beyond devices into a skincare collection developed with award-winning chemists and built around four targeted pillars: Pro Collagen, Barrier Boost, Spot Control, and Glass Skin.
Powered By You
At the heart of ZIIP is microcurrent technology, inspired by the skin’s natural electrical activity. Through app-connected, customisable treatments, ZIIP uses adjustable electrical waveforms, designed to work with the skin's natural bioelectricity, to target the appearance of a range of skin concerns.
Each waveform is engineered for precise visible results, supporting the appearance of healthier, firmer-looking skin.
ZIIP Gels
Every ZIIP Gel formula is built around its own blend of premium actives, from 0.2% Retinol and Hyaluronic Acid to encapsulated Salicylic Acid and Gold-Stabilised Vitamin C with Glutathione. Each Gel is designed for a specific skin concern in mind.
Visibly Transform Your Skin At Home
ZIIP was born in the celebrity treatment rooms of our founder, Melanie Simon, where clients sought visibly lifted, sculpted, camera-ready skin. That expertise has been adapted for at-home use, available at your fingertips, anytime, anywhere. Using electrical waveforms programmed in the ZIIP Beauty app, designed to target the appearance of key skin concerns, instant visible lifting is just a treatment away.
ZIIP skincare follows the same philosophy, with formulas tailored to different visible skin concerns, designed to work in harmony with your skin's natural bioelectricity.