Dermalogica Phyto Nature Serum 40ml and Phyto Nature Oxygen Liquid Cre

About this product

A duo of Dermalogica Phyto Nature Serum 40ml and Phyto Nature Oxygen Liquid Cream 50ml. The Dermalogica Phyto Nature Firming Serum is a dual-phase lifting and firming serum that targets the appearance of premature skin ageing. To help firm skin, the Phyto Nature Serum uses Sapphire-bound biomimetic peptides to help reinforce skin defences, and counter visible signs of ageing. In the second of it's dual-phases, lifting, this serum uses Phyto-Nature technology of potent, plant-derived bio-extracts to visibly tighten skin. Key ingredients include: Amazonian Camu Camu- helps prolong skin radiance. Hyaluronic Acid- delivers a filler effect. Antioxidant Moroccan Rockrose Extract and Madagascar Green Coffee Bean- visibly revitalise skin and help decrease the appearance of fine lines and wrinkles. The Dermalogica Phyto Nature Oxygen Liquid Cream is a new product that breathes new life into ageing skin. A Light as air liquid cream that imbues the skin with uplifting oxygen that firms, lifts and revitalises. Clinical Claim Clinically proven to give 4 years back* – with firmer and more lifted skin after 1 week. Dermalogica Phyto Nature Oxygen Liquid Cream reduces the appearance of premature wrinkles after just one application. Formulated with premium actives that firm, revitalise and plump. Our skin obtains oxygen externally from the atmosphere, and internally through circulation. As our skin ages, it utilises oxygen less efficiently, leading to the formation of wrinkles, fine lines, dull and tired looking skin. Phyto Nature Oxygen Cream is the ideal advanced moisturiser for anyone that is seeing visible signs of ageing. Key benefits Firms and lifts to reduce the appearance of skin ageing. Revitalises with oxygen-optimising phytoactives for brighter, more radiant skin. Plumps and hydrates for ultra-smooth skin. Formulated with oxygen optimising phytoactives, glycogen, squalene and rose of winter, this product moisturises the skin, improving oxygen absorption. While internally,