RÉDUIT Skinpods Pearl Diffusion 5ml

Brighten your complexion with the RÉDUIT Pearl Diffusion Skinpods. Working to reveal a more even skin tone, this potent formula uses innovative technology to combat hyperpigmentation and discolouration.

Saturated with the hardworking ingredient, Niacinamide, the formula tackles dark spots, leaving the visage with a luminous glow. Also packed with moisturising power, the formula plumps the skin with hydration, smoothing the surface to leave it brighter-looking and healthier-feeling. Lightweight but rich, the formula is free from any unnecessary ingredients. Instead, RÉDUIT saturates the most important components to deliver real results, without clogging the pores.

The most impressive thing about this formula is the groundbreaking way in which it is applied to the skin. Used alongside a RÉDUIT device, the formula is expertly misted over the complexion using groundbreaking technology. Powered by three advanced microtechnologies, the device uses ultrasonic diffusion to coat the skin with nourishment.

This innovative technique disperses droplets 50 times smaller than traditional sprays, covering larger areas while leaving 20 times less waste. What’s more, this reduced size produces an ultra-fine film, rapidly absorbed by the complexion without leaving an oily residue. Despite the 5ml size, these pods pack up to 40 applications, the equivalent of 200ml from traditional products. Through innovative technology, this product gives more from less, reducing packaging but amplifying results.

Clinically tested.

Free from sulphates, parabens, gluten and alcohol.

1. Insert your chosen Skinpod™ into your RÉDUIT Spa, and turn on the device.
2. Gently glide your RÉDUIT Spa over your skin, and watch our nourishing formula gently diffuse. 
3. In seconds, your luxurious skincare treatment will be complete, leaving you with rejuvenated skin.

Aqua, PEG-400, Glycerin, Trehalose, Pentylene Glycol, Propanediol, 1,2-Hexanediol, Niacinamide, Tranexamic Acid, Allantoin, Disodium EDTA, Caprylhydroxamic Acid.