Perleux

Perleux is a BDDF-free stabilized injectable hyaluronic acid (HA) based product for restoring moisture (moisturizing), freshness, skin color and treating skin laxity. It is also used to improve skin tone, texture, hydration and overall radiance. It can help to increase firmness and elasticity and promote softer-looking skin. Perleux is mostly used for facial areas, but can also be used for rejuvenating the neck, decollete, arms, knees, and hands. It is not only hydrates skin, but also remodels aging and fixes sagging tissue.

Product Information

The main component of Perleux is Hyaluronic Acid (HA), which is naturally present in the human body that hydrates the tissue. This component has changed this product into a great one that remodels aging through hydrating skin and tissue. However, it is particularly indicated for treatment of the malar-zygomatic and submalar areas. Package including 1 pre-filled syringe with 2 needles 30G x ½”, in the following available volumes: - 1 ml pre-filled syringe - 16 mg (H-HA) + 16 mg (L-HA) of hyaluronic acid sodium salt in 1 ml of buffered sodium chloride physiological solution; - 2 ml pre-filled syringe -32 mg (H-HA) +32 mg (L-HA) of hyaluronic acid sodium salt ¡n 2 ml of buffered sodium chloride physiological solution; The pre-filled syringes are sterilized by moist heat. Needles sterilized with ethylene oxide.

Important Safety Information

Do not use Perleux® after the expiry date shown on the pack. Do not use Perleux® if the packaging is open or damaged. Keep out of reach of children. After the injection and for the following 3-5 days, advise the patient to avoid UV exposure and to protect the treated area with total sun-block creams. Do not use Perleux® in concurrence with treatments such as laser resurfacing and medium deep skin-peeling. Buy Perleux® by medical prescription only. A medical practitioner is only allowed to administer the deep dermal injection.

Hybrid Technology

This technology delivers high doses of hyaluronic acid and improves the viscous and elastic properties of the formulation and its resistance to degradation.