TimeLess is proud to offer the best chemical peels in Ogden, UT. Our Master Estheticians are happy to provide a FREE consultation and skin analysis to determine the best treatment for your individual needs. Chemical Peels can help skin texture and appearance by brightening and lightening your skin. A series of chemical peels can help reduce acne, scarring, as well as the appearance of fine lines and wrinkles.
Chemical Peels
With our resurfacing treatments, various acids are used to break down the dead surface layer of the skin to remove impurities resulting in a smoother surface, reduction of fine lines, and stimulation of collagen production. Chemical Peels also aid in clearing blemishes and help fade hyperpigmentation. For best results, recurring maintenance is recommended.
IMAGE SKINCARE PEELS
ANTI-AGE CHEMICAL PEEL
This ultra resurfacing glycolic and retinol treatment exfoliates dead surface skin cells leaving skin firm to the touch and healthier by accelerating skin cell turnover.
DETOXIFYING CHEMICAL PEEL
Purifying ingredients combined in a beta-hydroxy cocktail reduce and treat all grades of acne. This Peel is safe and an outstanding resurfacing modality for prevention of further clogged pores.
LIGHTENING CHEMICAL PEEL
This mega brightening treatment gently blends lactic acid and a potion of lightening agents to reduce sun spots and the redness caused by rosacea.
SKIN MEDICA PEEL SERIES
Illuminize™
This non-invasive very superficial chemical peel utilizes a novel approach to chemical peeling with a newer generation of alpha-hydroxy acids (mandelic acid and malic acid) in combination with phytic acid and commonly used peeling agents (salicylic acid and resorcinol) to maximize skin rejuvenating effects with low irritation.
Vitalize™
Rejuvenize®
Rejuvenize Peel is an advanced formulation of peeling agents, with a built-in anti-irritant and penetration enhancer that provides controlled exfoliation of the uppermost damaged layers of the skin to reveal fresher and healthier skin. Provides predictable results with minimal down time.
