Lierac Body Sculpt The Cryoactive Concentrate 150ml

Lierac Body Sculpt The Cryoactive Concentrate 150ml is a groundbreaking skin care solution specifically designed for thighs, hips, buttocks, and abdomen to significantly improve skin quality, reduce cellulite, and smooth and tone the skin. With 90% of its ingredients of natural origin, inspired by cryolipolysis, this concentrate works to help diminish the appearance of even the most stubborn cellulite for an intense anti-cellulite effect. For that purpose, this innovative concentrate harnesses the power of the Cellu-Sculpt complex, a potent duo of caffeine and ginger, and the new WTB system, combining milk thistle and bearberry. As a result, this product offers results in skin firmness and cellulite reduction. For that reason, this product stands as an ideal choice for maintaining long-term results following cryo-lipolysis or LPG sessions.

Equally important, this product features an "ice effect" texture that provides an immediate sensation of cold upon application. Moreover, this transparent gel texture facilitates easy application without an oily finish. Besides, enriched with a delicate floral fragrance of rose, iris, and jasmine, it offers a luxurious, sensory experience at the same time. Last but not least, this concentrate has clinically measured efficacy, showing a decrease in the depth, visibility, and average number of dimples after just two months of use. Additionally, results confirmed by women indicate that 80% of users experienced firmer, smoother, and more toned skin.

Main Ingredients

* Care to Beauty updates the product ingredient listings periodically. However, the ingredients list might be changed by the brands without any warning, so please read the ingredients list on the packaging of your product before using.

• Cellu-Sculpt Complex combines 5% caffeine and 3% ginger helps eliminate fat deposits and boost fat lipolysis;
• WTB is a plant-based combination that blends milk thistle and bearberry, for enhanced fat-burning action, reducing the volume of adipocytes.