Aesthetic laser surgery is not risk free. It behooves the laser surgeon to become intimately familiar with the potential adverse effects of laser use to guard against and to minimize their occurrence. Moreover, patients must be thoroughly, clearly, and honestly educated about the procedure and its risks so that their expectations are realistic and so that any complications that do occur can be recognized early and treated appropriately. This review summarizes basic laser safety and discusses the nature of complications that may occur during continuous-wave, pulsed dye, pigment-specific, hair removal, and resurfacing laser procedures.

A variety of lasers can be used to effectively treat cutaneous pigmentation in children. Furthermore, using the principle of selective photothermolysis, several pigment-specific lasers can be used to achieve significant clinical improvement if not complete removal of pigmented lesions with greatly reduced risks of scarring, textural or pigmentary changes. A summary of laser treatments for pigmented lesions that commonly present in children including café-au-lait macules, nevus of Ota and other dermal melanocytosis, congenital melanocytic nevus, nevus spilus, lentigines, epidermal nevus, Becker's nevus, and tattoos is presented. Overall, laser treatment is a very safe, effective treatment option that could offer distinct advantages compared with other conventional modalities.

We describe a case of a 15-year-old African American girl with widespread papulonodular lesions of xanthoma disseminatum especially in the periorbital area and on the flexural surfaces of the neck, axillae, arms, and legs. There were no mucosal lesions. An initial trial in the distant past of liquid nitrogen cryotherapy resulted in partial shrinking of cutaneous lesions but was too painful for the patient. She then underwent surgical excision of bilateral eyelid lesions with improvement, but additional procedures were deemed impractical when considering the great number and size of the lesions. Consequently we treated the patient with a carbon dioxide (CO2) laser with excellent results. The relatively great speed at which the CO2 laser procedure can be performed has made the removal of multiple lesions in each session possible. Additional advantages included precise vaporization of lesions, hemostasis during the operative procedure, and minimal postoperative pain and edema.