BIOME+™ smoothing cloud creme

This cushioning, clinically proven moisture crème delivers cloud-like hydration, working to deeply replenish, nourish and bring vitality and bounce back to the skin. Rich in squalane derived from renewable sugarcane, it helps to support the skin’s moisture barrier while smoothing and refining texture. Hyaluronic acid bolsters the skin’s ability to hold in water for a plump, smooth appearance. A blend of flax and celery super-seed extracts help to smooth uneven texture and minimize the look of pores, while sunflower microgreens visibly renew radiance and luminosity. The plush texture sinks in quickly to leave skin with a soft, fresh-faced glow.

The experience: With a light, fluffy texture, this crème melts in quickly, leaving skin soft, supple and comforted. It contains a hint of fresh natural fragrance from grapefruit extract for a light, awakening scent.

Who it’s for: All skin types

CLINICAL RESULTS After 30 minutes: Increases hydration levels by 41%

After 7 days: Increases hydration levels by 17% Decreases roughness by 12%

After four weeks: 97% of users reported that skin feels smoother 88% of users agreed that skin feels more moisturized 88% of users agreed that the product locks in lasting hydration 81% of users agreed that skin feels healthier 75% of users reported that skin has more cushion and bounce

*Based on a 4-week clinical and consumer perception study of 32 participants ages 20 – 35 with once daily application of BIOME+ smoothing cloud crème. Study data on file with IMAGE International Manufacturing, LLC.

Meets our clean clinical skincare™ standard and is formulated without parabens, phthalates, mineral oils, artificial fragrances, synthetic dyes or animal testing. Certified animal-test free by PETA. Made from 98% natural-origin ingredients.

This product is produced in a LEED-certified, carbon-neutral facility with water filtered using solar power. It is packaged in a recyclable glass jar with a recyclable aluminum cap and a box made from FSC-certified recycled paper.