Most make-up removers rely on multiple bottles, cotton pads and stinging formulas. Manicare Erase-it! Reusable Make-up Remover pads use nothing but water and advanced fibre technology to sweep away make-up, sunscreen and daily build-up with minimal effort. You get thorough cleansing, less waste and a quieter ingredient list in one simple step.
Each pad is densely packed with ultra-fine microfibre strands designed to increase contact points with the skin. These fibres work like a magnet, gripping on to pigments, long-wear formulas and surface oil when activated with warm water. The result is efficient cleansing that supports the skin’s natural barrier by avoiding foaming surfactants and harsh astringents.
The pads feel plush, velvety and softly cushioned against the skin, helping to reduce tugging around delicate areas. One side can be used for thorough make-up removal, while the other is suitable for a lighter cleanse or final pass. Skin feels clean and comfortable, not tight, filmy or over-scrubbed.
Simply add warm water, swipe and repeat until the pad comes away clean. The generous size covers larger areas quickly, while the soft surface can be folded to target around lashes and along the lash line. After use, rinse, hang to dry and machine wash regularly to keep fibres performing at their best.
Ultra-fine microfibre technology increases surface contact to lift stubborn make-up and SPF efficiently.Dual-sided design allows targeted removal and gentle cleansing in one tool.Reusable construction withstands repeated washing to maintain cleansing performance over time.Water-only usage reduces reliance on fragranced, foaming or stripping make-up removers.
Use Manicare Erase-it! pads as the first cleanse to remove make-up before following with your preferred cream or gel cleanser. Pair with other Manicare skincare tools, such as exfoliating brushes or facial sponges, to build a streamlined, low-waste cleansing routine.
A low-fuss, low-waste make-up remover that delivers thorough cleansing power using just water and advanced fibres.