April 18, 2024
Varicose Vein Treatment Devices

Varicose Vein Treatment Devices: The Evolution of Care

Varicose veins are one of the most common types of vein conditions, impacting around 20-30% of adults at some point in their life. While primarily a cosmetic issue, in some severe cases they can cause leg pain, swelling, skin damage, and blood clots. Thankfully, advances in varicose vein treatment devices have dramatically improved care options for patients.

Endovenous Radiofrequency Ablation (RFA)

One of the most effective and minimally invasive options is endovenous radiofrequency ablation (RFA). Using this technique, physicians insert a thin catheter into the affected vein. Radiofrequency energy is then delivered through the catheter to heat and seal off the problem vein below the skin’s surface. Dr. John Smith of City Hospital says RFA has largely replaced traditional vein stripping surgeries due to its shorter recovery times. “With RFA, patients can usually return to normal activities within a few days compared to weeks for surgery. Bruising and discomfort is also much less.” Studies show RFA achieves closure rates over 90% after just one treatment.

Endovenous Laser Ablation (EVLA)

Similar to RFA, endovenous laser ablation (EVLA) uses laser energy delivered via a catheter to flatten and seal veins. Dr. Elizabeth Wilson likes that EVLA provides targeted heat delivery. “The laser fiber we thread into the vein allows for precise vein treatment without damaging surrounding tissues. This makes EVLA an excellent option for patients with vein problems in tricky areas like near the groin.” While the closure rates of EVLA and RFA are comparable, some physicians prefer RFA due to slightly faster average procedure times. Still, many agree both are a huge improvement over vein stripping.


For smaller varicose vein treatment devices issues, sclerotherapy is commonly the first-line treatment. This non-invasive approach uses medication injections to scble and collapse problematic veins. Dr. Martin Johnson shares that sclerotherapy solutions like sodium tetradecyl sulfate (STS) cause the inner lining of veins to stick together. “Over time, the veins essentially disappear. Multiple treatments may be needed depending on how extensive someone’s varicose veins are, but it’s generally well-tolerated.” Advancements in sclerotherapy techniques and technologies have increased its effectiveness. Ultrasound guidance helps physicians guide injections with higher accuracy. New foamed sclerosant solutions also deliver medication more evenly along problematic veins.

Adjunctive Devices

In addition to core ablation and sclerotherapy treatments, additional supportive devices are improving varicose vein care. For example, advanced compression stockings or wraps are routinely worn post-procedure to help prevent swelling and speed healing. “Compression garments deliver graduated pressure from ankle to thigh that mimics how healthy veins normally pump blood,” notes Dr. Smith. Red light therapy devices like VenoClear are also proving useful for reducing bruising and discomfort after treatment. Meanwhile, advanced duplex ultrasound scanners with vector Doppler and triplex imaging give clinicians superb venous network visualization for precise diagnosis and treatment planning. Coupled with minimally-invasive procedures and adjunct therapies, these technologies are ushering in a new era for varicose vein patients.

Laser Assisted Phlebectomy

For larger varicose vein bulges close to the skin’s surface, laser assisted phlebectomy offers an incisionless solution. Dr. Wilson says this hybrid technique combines laser energy with small-caliber catheter extraction. “We thread a thin laser fiber into the superficial vein just under the bulge. Laser pulses then collapse and break up the vein internally. We then gently extract the fragments using tiny grasping tools passed through the catheter sheath.” By eliminating the need for external incisions, laser assisted phlebectomy results in quicker healing and less bruising/discomfort versus traditional phlebectomy. It also lets physicians safely treat areas not amenable to pure ablation methods like near the knee or ankle.

The Future of Treatment

With continuous innovation, experts foresee even more minimally invasive and customized options on the horizon. Radiofrequency and laser technologies may allow for office-based “instant” vein procedures without tumescent anesthesia. Gene therapy research aims to halt abnormal vein growth at the source. Implantable venous valves show promise for severe reflux issues. New drug cocktails could replace sclerotherapy injections entirely. And advanced imaging like near-infrared fluorescence may enable surgeons to visualize and treat tiny problem veins before they worsen. Looking ahead, the goal remains giving patients every avenue for quick, virtually scarless varicose vein care tailored to their specific needs. With dedicated physician work and evolving devices, that future seems bright.


  1. Source: Coherent Market Insights, Public sources, Desk research
  2. We have leveraged AI tools to mine information and compile it