Veins Removal

Fotona’s Vein Removal EndoVenous Laser Ablation (EVLA) treatment works by targeting Nd:YAG laser energy to the interior of a vein. Causing the vein wall to shrink and seal shut. The healthy veins that surround the closed vein can then restore the normal flow of blood to the treated area.

Safe, Effective and Minimally Invasive Vein Removal

EVLA is principally effective on large truncal veins in the legs. Laser energy directed to location inside the vein through an optical fiber and catheter. Laser treatments are less invasive than traditional surgical methods of varicose vein removal. Additionally they have a lower complication rate, and are well tolerated by patients. Recovery time is short and the treatment produces good cosmetic results.

Faster Healing and Greater Patient Comfort

Fotona’s QCW Nd:YAG laser has a particular affinity for absorption in hemoglobin. Therefore making it an ideal choice for endovenous laser treatments. Its high performance, selectivity and precision (limiting thermal effects to the target tissue). Allowing for minimal discomfort, exceptional success rates and shortened recovery times.

Endovenous Laser Ablation treatment best performed with the following Fotona laser systems:

• Fotona’s XP Line of laser systems offers a variety of essential tools for expanded treatment options and enhanced speed and precision of surgical and aesthetic treatments, without compromising efficacy. Fotona’s multi-application XP Dynamis includes a high performance QCW Nd:YAG surgical laser as well as a built-in, non-ablative, long-pulse Nd:YAG aesthetic laser, which together enable an extremely wide treatment range.

Superior Vein Removal Performance

All Fotona Nd:YAG lasers are equipped with VSP (Variable Square Pulse) technology. Providing the widest range of selectable pulses and greater procedural safety. Compared to conventional Nd:YAG technology, Fotona’s proprietary VSP pulse has instantaneous temperature increase that are limited to the target structure only. Square pulses of laser light reach peak powers faster, remain constant and return to zero immediately. This contributes to higher long-term success rates and shorter recovery times.

Before & After Gallery