ENDOVENOUS LASER ABLATION (EVLA) represents the gold standard in minimally invasive treatment of venous insufficiency. Currently, the 1470 nm wavelength laser light is considered the most effective. It is exceptionally well absorbed by the water within the vein wall, leading to controlled thermal damage and permanent occlusion of the vessel lumen.
Laser ablation is performed under tumescent local anesthesia, guided by high-resolution ultrasound imaging. Modern laser systems equipped with 2-ring radial fibers ensure uniform energy distribution, minimizing the risk of vein wall perforation and thermal complications.
The effectiveness of EVLA reaches 95–98% in long-term follow-up, making it one of the most reliable methods for treating varicose veins. Clinical studies (including those conducted at the Phlebology Clinic) have demonstrated that the recanalization rate (reopening of the vein) for veins closed using EVLA is significantly lower than in cases of traditional surgery, medical glue, or sclerotherapy. Furthermore, should venous disease recur, the procedure can be safely repeated.