Dermalogica
Dermalogica Futurecode Booster
DESCRIPTION
FutureCode Booster Damage-Correcting Longevity Serum is an advanced skin-renewing treatment designed to target fine lines and wrinkles, loss of firmness, and uneven skin tone and texture. This powerful booster helps extend the longevity of healthy-looking skin by supporting its natural repair processes and reducing visible signs of DNA-related damage, including deepening lines, rough texture, and discoloration. Formulated with the Longevity Renew Complex, it helps maintain NAD+ levels to promote firmer, smoother, and more even-toned skin. An omni-antioxidant blend works to neutralize free radicals, helping to reverse daily environmental damage and defend against premature skin aging. A skin-shielding combination of Tara Fruit Extract and Red Algae provides an immediate firming effect, visibly reducing the appearance of fine lines, while biomimetic phospholipids strengthen the skin barrier and enhance the absorption of active ingredients. Multiple molecular weights of Hyaluronic Acid, combined with Saccharide Isomerate, deliver deep, long-lasting hydration and help prevent moisture loss. With every application, this longevity-focused serum supports skin repair, restores a healthy-looking glow, improves firmness and tone, and reinforces the skin’s natural defenses against environmental stressors.
INGREDIENTS
HOW TO
SHIPPING AND RETURNS
Shipping
- FREE Ground Shipping on all orders over $59
- $5.99 Continental standard ground (orders less than $59)
- $15 for expedited shipping up to 10lbs
- Orders processing time: 2-4 business days
- Orders placed on weekends and holidays will be processed the next business day.
- See Shipping page for more details: Shipping
Returns
- 30 days from delivery to start a return. Opened and gently used products are welcome.
- Mail-in returns: customer pays return shipping; orders that shipped free have $5.99 deducted. No restocking fee.
- FREE returns and exchanges in any Planet Beauty store.
- See Returns page for more details: Returns