【PRODUCT DESCRIPTION】
celimax The Vita-A Retinol Shot Tightening Serum combines 0.1% pure retinol, a 9-peptide complex, 1% panthenol and 162,000 A-Shot micro-particles to address wrinkles, visible pores, uneven texture and loss of firmness. It is designed as an intensive nighttime anti-aging step.
【KEY INGREDIENTS & BENEFITS】
0.1% Pure Retinol: Helps improve the appearance of wrinkles, rough texture and enlarged-looking pores associated with reduced elasticity.
9-Peptide Complex: Supports elasticity for smoother, firmer and more resilient-looking skin.
162,000 A-Shot Micro-Particles: Refined particles approximately 16 times thinner than pores help enhance active delivery.
1% Panthenol, Glycerin and Allantoin: Add moisture and soothing care to balance a concentrated retinol routine.
【WHEN TO USE】
Suitable for adults concerned with forehead lines, nasolabial folds, visible pores, roughness and loss of firmness. Best suited to nighttime use and users ready to introduce or advance a vitamin A routine.
【HOW TO USE】
After cleansing and toner at night, apply a small amount to targeted areas, then gradually extend application over the face. Use every other night for the first two weeks. Once the skin has adjusted, increase to nightly use. Follow with moisturizer and apply sunscreen the next morning.
【PRODUCT SPECIFICATIONS】
Brand: celimax
Product: The Vita-A Retinol Shot Tightening Serum
Net Volume: 30 ml/1.01 fl. oz.
Texture: Milky serum
Key Actives: 0.1% pure retinol, 9-peptide complex, 1% panthenol and 162,000 A-Shot
Recommended Use: Evening
【CAUTIONS】
Patch test before first use. A temporary tingling sensation may occur from the A-Shot particles. Stop use if persistent burning, swelling, redness or peeling develops. Avoid eyelids, lips, mucous membranes and damaged skin. Do not initially combine with other concentrated retinoids, strong exfoliating acids or intensive exfoliants in the same routine. Do not use during pregnancy or while trying to conceive; consult a clinician before use while breastfeeding. Store away from heat and direct sunlight.