Product Size: 45 pre-soaked wipes
Current Stock Expiry Date: February 2024
Benefits
- Clinically proven to remove makeup
- can be used for up to 6 months after opening
- Formulated for patients with dry eyes
- Safe for the tear film
- Ophthalmologist & dermatologist tested
- Hypoallergenic
- Contains hyaluronic acid and coconut oil to hydrate the skin
- Non-toxic, no added fragrance, no alcohol, and free of parabens
- Not tested on animals
- Packaged in an environmentally friendly, re-usable jar
- Removes makeup without causing irritation
- Safe for sensitive skin
- Gentle on the eyes
- Leaves skin feeling smooth and hydrated
- Does not need to be rinsed-off
More Details
Daily eye makeup removal is essential to help maintain ocular health, but it is important to ensure that the products used to cleanse the lids and lashes are not contributing to the dry eye problem. I-LID ’N LASH® EYE MAKEUP REMOVER is clinically proven to remove makeup and is specifically formulated for dry eyes. It contains no harsh surfactants and is safe for the tear film. Containing hyaluronic acid and coconut oil, this ophthalmologist & dermatologist tested, one-step, hypoallergenic eye makeup remover is safe for sensitive skin and leaves skin feeling smooth and hydrated.
Not removing makeup properly can encourage bacterial overgrowth leading to ocular irritation and infection
People who do not remove makeup at night have greater dry eye symptoms than those who do.
CAUTION: Not to be used by children Can be used for up to 6 months after opening.
Contact Lens Compatible: No
How To Use
- On closed eye, gently rub eyelid and eyelash root with the pre-soaked I-LID ’N LASH® EYE MAKEUP REMOVER wipe in a circular motion until all makeup is removed.
- Does not need to be rinsed off. Any remaining I-LID ’N LASH® EYE MAKEUP REMOVER will continue to hydrate the skin.
- Repeat as needed for the second eye using a clean wipe.
Ingredients
Water, Coco-Caprylate, Poloxamer 188, Polyquaternium-51, Sodium Borate, Sodium Hyaluronate, Potassium sorbate, Disodium EDTA