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Vbeam Treatment

What is Vbeam Treatment?

 

The Vbeam® laser system is a world-renowned, easy-to-use pulsed dye laser recognized as the gold standard technology for the treatment of vascular lesions. The Vbeam pulsed dye laser (PDL) has been proven time and again for the successful treatment of a wide array of vascular, pigmented, and certain non-pigmented lesions, with a low incidence of side effects.


The system uses 595 nm PDL technology to deliver an intense but gentle burst of light into targeted areas of the skin. There it’s absorbed by the blood vessels or melanin pigmented areas, removing the targeted imperfections. Most patients notice results right away, and it’s clinically proven for multiple skin types.


The Vbeam system is FDA and CE cleared. The Vbeam family includes: Vbeam Perfecta®, and Vbeam Prima®.

Vbeam laser treatments are customized to meet your individual skincare needs. The number and duration of treatments will depend on the condition and your skin type. You can typically expect 2 to 4 treatment sessions, each lasting 15 to 30 minutes.

Patients treated with a Vbeam laser system reported experiencing minimal discomfort during treatment. In fact, they were highly satisfied with the results:

  • 100% of patients treated for facial wrinkles reported being satisfied with their results.

  • After 3 treatments, patients had over a 90% reduction in small red veins (telangiectases) and dark brown spots (lentigines).

Candela Vbeam Perfecta
 
The Vbeam Perfecta laser system is a world renowned, easy to use pulsed dye laser recognized as the gold standard technology for the treatment of vascular lesions. The Vbeam PDL has been proven time and again for the successful treatment of a wide array of vascular, pigmented, and certain non-pigmented lesions, with a low incidence of side effects.
Vbeam Laser Mechanism of Action
The Vbeam laser system is a pulsed-dye laser indicated for dermatological applications. It delivers pulsed laser energy at a wavelength of 595 nm that passes through the dermis and epidermis skin layers and is absorbed by the oxyhemoglobin in the blood vessels rather than by the surrounding tissue.
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