Enhance your nighttime skincare routine with the Medik8 Retinol 3TR Serum, an advanced vitamin A treatment designed to soften the visible signs of ageing and promote a smoother, firmer-looking complexion by morning. Formulated with 0.3% retinol, this targeted serum helps refine the appearance of fine lines while providing an exfoliating effect for a more radiant-looking finish.

Powered by innovative Time-Release Technology, the formula gradually delivers retinol to the skin, helping to enhance its effectiveness while maintaining a gentle feel. Climbazole works alongside retinol to amplify the formula, while antioxidant-rich vitamin E and soothing jojoba oil help nourish and protect the skin.

With regular use, Medik8 Retinol 3TR Serum helps leave the complexion looking smoother, firmer and more radiant, with a comfortable, hydrated-looking finish.

Key Features

• Advanced 0.3% retinol serum for nighttime skincare
• Helps soften the appearance of visible signs of ageing
• Smooths the look of fine lines and uneven texture
• Retinol provides a gentle exfoliating effect
• Innovative Time-Release Technology gradually delivers retinol
• Climbazole helps enhance the formula's retinol performance
• Vitamin E provides antioxidant protection
• Jojoba oil helps nourish and soothe the skin
• Promotes a smoother, firmer and more radiant-looking complexion
• Leaves skin with a hydrated-looking finish

How to Use

Apply Medik8 Retinol 3TR Serum as part of your evening skincare routine, smoothing a small amount over the face and allowing it to absorb before following with your usual moisturiser.

Why You’ll Love This

• Combines 0.3% retinol with Time-Release Technology for advanced overnight care
• Helps visibly smooth fine lines and signs of ageing
• Supports a firmer, more refined-looking complexion
• Vitamin E and jojoba oil provide nourishing antioxidant and soothing care
• Leaves skin looking radiant, smooth and hydrated
• Ideal for adding targeted vitamin A care to your nighttime regime

Please note: Product packaging shown may be different to the product received due to regional variations