Serum LANCOME Génifique Rénovadvanced Concentrate 30 ml — facial anti-ageing serum

LANCOME Génifique Rénovadvanced Concentrate 30 ml is a facial anti-ageing serum formulated to address visible signs of ageing. This lightweight concentrate is designed for application before moisturiser as part of a daily skincare routine to help improve skin texture, enhance radiance and support a firmer-looking complexion. The 30 ml format provides a compact option for regular use and targeted treatment areas.

Advantages

The formula is concentrated to deliver active ingredients efficiently into the skin without a heavy residue. It is intended to improve skin surface smoothness and promote an even-looking tone while supporting elasticity and radiance. The serum’s texture absorbs quickly, making it compatible with most moisturisers and makeup application. Regular use can integrate into morning and evening regimens to reinforce anti-ageing care.

Suitable for

• Daily anti-ageing facial care routine
• Improving skin texture and radiance
• Preparing skin before moisturiser and makeup
• Targeted treatment for early visible signs of ageing

Key specifications

• Format: facial serum / concentrate
• Volume: 30 ml
• Texture: lightweight, fast-absorbing liquid
• Primary effect: anti-ageing — targets texture, radiance and firmness
• Usage: topical application to face, used before moisturiser

How to use

Apply a few drops of the concentrate to clean, dry facial skin, morning and/or evening, before your moisturiser. Gently press and smooth the serum over the face and neck until absorbed. Follow with your chosen moisturiser and any additional treatments or sunscreen as part of your routine. Avoid contact with eyes; if irritation occurs, discontinue use and rinse thoroughly.

Usage recommendations

For best results, incorporate the serum consistently into a daily skincare routine. Use it on cleansed skin and pair with a moisturiser suited to your skin type. When used in the morning, follow with broad-spectrum sunscreen to protect treated skin from UV exposure.