Varicose Veins
Varicose veins represent a widespread vascular condition that impacts millions of people worldwide. Traditionally, treatment options have been invasive and often required anesthesia, surgery, and lengthy recovery periods. However, new technological advancements such as the Exotherme Silgi Laser provide a disruptive approach to treatment. Unlike traditional methods, this solution is non-invasive, eliminates the need for incisions, and offers a walk-in walk-out procedure, making it significantly more convenient for patients.
The prevalence of varicose veins is striking, with one in three adults affected. This condition, although often underestimated as merely cosmetic, has a profound medical basis and can significantly impact quality of life. Exotherme, a next-generation solution, stands out by combining proven efficiency, advanced technology, and FDA approval. Its non-invasive approach reduces risks, enhances patient comfort, and opens the door for large-scale treatment adoption globally.
Varicose Veins: A Widespread Condition
Varicose veins are swollen, twisted subcutaneous veins that usually appear in the lower legs. They result from valve insufficiency, leading to blood reflux in the veins. Approximately 31% of adults aged 18 to 64 are affected by this condition, making it one of the most common vascular disorders. Beyond the aesthetic impact, varicose veins can progress to more severe stages, classified by the CEAP system, ranging from mild cosmetic issues (C1) to advanced venous disease (C5-C6). This wide distribution highlights both the medical necessity and the cosmetic relevance of effective treatments.
Foam Varicose Vein Treatment (Sclerotherapy)
Sclerotherapy is a minimally invasive and widely used method for varicose vein treatment. Also known as foam varicose vein treatment, this procedure involves injecting a special medication into the affected vein. The medication collapses the vein, redirects blood flow into healthy veins, and over time, the varicose vein disappears.
Highly effective in early-stage varicose veins.
Comfortable for both the physician and the patient.
Provides a noticeable improvement in appearance.
Laser Varicose Vein Treatment
Endovenous Laser Ablation (EVLA) is one of the most advanced and reliable treatments for varicose veins. A thin laser fiber is inserted into the vein, and controlled heat energy is applied to close the vein walls.
Healthy veins remain unaffected during the procedure.
Offers fast improvement in appearance.
Most patients can return to their daily routine within a few days.
Radiofrequency Varicose Vein Treatment
Another modern option is Endovenous Radiofrequency Ablation, performed under ultrasound guidance. A special catheter is inserted into the vein, and radiofrequency waves generate heat to shrink and close the vein.
The procedure takes about 45 minutes.
It does not require general anesthesia and is usually performed with mild sedation.
Patients are discharged the same day and can quickly return to normal life.
Exotherme Silgi Laser: A Disruptive Treatment of Varicose Veins
Current standard treatments include vein stripping, which is highly invasive, and endovenous procedures using lasers, radiofrequency, or glue, which are still minimally invasive. These approaches often involve anesthesia, sterile environments, and potential adverse events. The Exotherme Silgi Laser, however, offers a truly non-invasive alternative. It requires no incisions, no surgery, and carries no recorded serious adverse events to date. With its simple application by a single operator, integrated data collection, and AI automation potential, it represents a game-changer in the field of vascular medicine.
Micro-Sclerosis Technique
The principle behind the Exotherme system is rooted in focused acoustic waves and thermal action. The 980 nm wavelength laser energy is strongly absorbed by hemoglobin, which converts the energy into heat. This heat is then transferred to the vessel walls, raising the temperature and causing the vein to collapse. The resulting destruction of the vessel wall ensures closure of the affected vein. This precise mechanism guarantees targeted treatment with visible before-and-after results, enhancing both medical and cosmetic outcomes.
