Edelweiss Smoothing Day Cream

FOR SMOOTHER-LOOKING SKINHELPS MAINTAIN SKIN’S NATURAL MOISTURE BARRIERPREVIOUSLY DROPS OF YOUTH™

What does it do for you ?

Soon to be your new favourite, start your morning with our new Edelweiss Smoothing Day Cream.

Made with 96% ingredients of natural origin, it only takes a tiny dollop of our new Edelweiss Smoothing Day Cream to smooth the appearance of fine lines and leave skin plumped with 48hr moisture – just ask the 113 women who tried (and loved!) our new cream in an independent user trial*.

Lightweight with an air-whipped texture, this non-sticky, fast-absorbing daily cream loves even sensitive skin, helps signs of fatigue appear reduced and it leaves skin looking more luminous with a fresh-faced glow.

But here’s the best bit: we’ve now enriched every jar with double the concentration of edelweiss, which is naturally (and rather uniquely) strengthened with leontopodic acid known for its antioxidant properties. In fact, the tiny edelweiss plant is so resilient and powerful that its extract has 43% more antioxidant power than retinol.** Pretty extraordinary, right? Our vegan cream is boosted with hyaluronic acid, too, just for good measure. It helps retain moisture and maintains the skin’s natural moisture barrier.

There’s one more surprise – our recyclable*** jar is now made with recycled glass too. What’s not to love?

Scoop out a pea-sized amount and smooth all over  your complexion day and night. Enjoy that feeling of supple, silky-smooth skin.

  • Daily cream
  • Suitable for all skin types, including sensitive skin
  • Leave skin feeling fresher and smooths the appearance of fine lines
  • Helps maintain the skin’s natural moisture barrier
  • Made with 96% ingredients of natural origin
  • Now enriched with double the concentration of edelweiss
  • Certified by The Vegan Society
  • Dermatologically tested

* User trial results over a 4-week period: 113 women aged 25-40.

**Retinol expressed as Retinol acetate. The radical protection factor (RPF) was measured in vitro by electron spin resonance.

***Where local facilities allow.

 

Select size