Laser Vein and Lesion Treatment in Ridgefield, WA

Commonly found on the face and legs, spider veins are small blood vessels that branch and become visible underneath the skin. Caused by many factors, like age and genetics, spider veins may be purple, red, and blue, which makes them hard to hide. Or maybe you have noticed vascular lesions, such as hemangiomas, vascular malformations, and pyogenic granulomas. To minimize the visibility of blood vessels and vascular lesions on the body and face, Nuance Medspa in Ridgefield, WA performs noninvasive laser vein removal using innovative technology by Alma Harmony XL PRO. 

Nonsurgical vein and lesion removal treatments at Nuance Medspa can help the appearance of small- or medium-sized veins that are on the face and body. Popularly called spider veins, these blood vessels are rarely a medical issue, but they are considered unwanted. Many men and women tend to avoid swimsuits and shorts or use a large amount of cosmetics in an attempt to mask their spider veins. Laser vein removal is best for patients who are in overall good health and do not have a history of blood clots.

Following your laser vein removal session, you may have bruising, redness, and swelling; however, these symptoms usually disappear within 7 – 10 days. For faster healing, support or compression garments may be worn to encourage blood circulation. It is important to avoid prolonged exposure to UV rays and use sunscreen. Certain patients notice visible improvements quickly. During your initial consultation, our staff will provide recommendations on how many treatments you need for optimal results. We will also let you know the treatment costs and payment methods we accept.

Rather than covering or concealing unattractive spider veins on your body or face, try noninvasive laser vein removal treatments at Nuance Medspa in Ridgefield, WA to improve the appearance of your skin. At your private consultation, Dr. Do can assess your skin and develop a personalized treatment plan that best addresses your condition.