Laser Fractional Resurfacing of the Face, Eyelids, Neck and Décolleté at the Diamond Laser

The fractional laser resurfacing procedure involves the laser beam penetrating into the deep layers of the dermis through a special fractional lattice. Thanks to it, the laser beam is divided into hundreds of small fractions (fragments), thus precisely affecting the skin and preventing excessive damage. In response to thermal laser exposure, regenerative resources are activated in the dermis and epidermis: cells are actively dividing, the concentration of elastin and collagen increases, a new muscle frame is formed, and tissue lifting is observed.
In other words, the laser beam “evaporates” the upper keratinized layer of the epidermis along with pigmentation, wrinkles, scars, and uneven terrain. In parallel with this, in the dermis it activates the synthesis of collagen and elastin, which are responsible for the firmness, elasticity and youth of the skin.

Indications for the procedure:

• Scars, including post-acne scars.
• Hyperpigmentation.
• Reduced facial skin turgor, sagging, ptosis.
• Fine and deep wrinkles, folds, creases, uneven skin texture.
• Drooping upper eyelids and drooping lower eyelids.

Contraindications to laser resurfacing:

• Diabetes mellitus in the stage of decompensation.
• Acute and chronic infectious and viral diseases.
• Pregnancy, lactation period.
• Oncological diseases.
• The decision to undergo a laser facial resurfacing procedure should be made exclusively by a clinic dermatologist after a face-to-face consultation. It is important to understand that fractional facial resurfacing is not indicated for everyone due to its specificity.

Procedure process:

Fractional laser facial resurfacing is virtually painless. If the patient is hypersensitive, the procedure can be performed under local anesthesia. An anesthetic cream can be applied to the selected area (its price is not included in the total price). The doctor and patient wear special protective glasses during grinding. The laser handpiece (tip) directs the beam to the problem area and precisely treats it according to the specified parameters.