




Omnilux
Mineral Facial Sunscreen
A broad-spectrum SPF 50+ mineral sunscreen with 12% non-nano zinc oxide that shields skin without white cast, plus squalane and aloe to nourish and calm.
Mineral Facial Sunscreen
Paul Labrecque Salon & Skincare Spa New York
5 East 57th Street
Floor 9
New York NY 10022
United States
Paul Labrecque Salon & Skincare Spa Palm Beach
The Royal Poinciana Plaza, 50 Cocoanut Row
The Slat House, Suite 120
Palm Beach FL 33480
United States
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A broad-spectrum SPF 50+ mineral sunscreen with 12% non-nano zinc oxide that shields skin without white cast, plus squalane and aloe to nourish and calm.
A broad-spectrum SPF 50+ mineral sunscreen with 12% non-nano zinc oxide that shields skin without white cast, plus squalane and aloe to nourish and calm.
Omnilux Mineral Facial Sunscreen is a broad-spectrum, spf 50+ sunscreen that effortlessly protects the skin from UV damage, the perfect final step for your routine.
Meet the broad-spectrum mineral sunscreen that protects as beautifully as it wears. Formulated with 12% non-nano zinc oxide, Omnilux Mineral Facial Sunscreen SPF 50+ delivers powerful UVA/UVB protection without the white cast, chemical irritants, or heavy finish that compromise so many physical sunscreens.
A slightly tinted, skin-tone-adapting formula sits effortlessly under makeup while shielding skin from the full spectrum of damaging UV rays guarding against premature aging, hyperpigmentation, and sun-induced breakouts. Made in the USA and free from parabens, synthetic fragrance, silicones, and harsh alcohols, it's the clean SPF choice for every skin type, including sensitive and acne-prone.
Beyond sun protection, this formula actively nourishes. Squalane and glycerin replenish moisture and support the skin barrier, while aloe vera, bisabolol, and allantoin calm inflammation and reduce redness, making it an ideal daily SPF for post-LED treatment care, rosacea-prone skin, and those managing dryness or sensitivity. Antioxidant-rich vitamin E (tocopherol) and rutin further defend against environmental stressors and free radical damage.



