RADIESSE® (+) 1.5ml w / Lidocaine

Radiesse (+) 1.5ml with Lidocaine injectable gel is transparent and sterile. It’s made from calcium hydroxylapatite powders and the anesthetic Lidocaine. Radiesse (+) 1.5ml with Lidocaine can be injected into wrinkles to improve the appearance of aging skin. It can also be injected into areas of facial fat to restore volume. Radiesse (+) 1.5ml injections with Lidocaine should only be administered by licensed personnel who comply with all local regulations.

• Prefilled Syringes 1-1.5cc
• Insert packaging
• Traceability labels

Radiesse (+) 1.5ml containing Lidocaine provides longer-lasting results than hyaluronic acids fillers. Results can last up to one year. Radiesse (+) 1.5ml with Lidocaine is especially well-suited for correcting more severe wrinkles. It also has better volumizing capabilities. This product can be used in conjunction with lidocaine to make treatment more pleasant for patients.

Radiesse (+) 1.5ml containing Lidocaine contains particles synthetic calcium hydroxylapatite. (CaHA) is an ingredient in bone and teeth. The dermal filler gel is injected beneath the skin to add volume and support the skin. It also smoothens wrinkles and folds. The CaHA slowly breaks down in the body. However, because it has acted as a scaffold to collagen growth, it leaves behind these collagen fibres to keep the volume. The injection is performed by Radiesse (+) 1.5ml with Lidocaine. This acts as an anesthetic and reduces needle pain and discomfort.

A gel carrier containing lidocaine and synthetic calcium hydroxylapatite is used to suspend the material.

Warning! The product is intended solely for professional use in a medical environment and under professional supervision. The product is supplied to medical professionals who specialize in aesthetic medicine (plastic surgery, facial treatments) and work under individual medical licenses as aestheticians or in dedicated clinics. Unprofessional use by individuals without a medical background may lead to severe adverse effects and health harm.