Total Vein Care, refined.

A slim catheter gently heats the faulty vein from the inside so it seals closed. Blood reroutes to healthy veins.

Through a single IV site, Dr. Parisi guides a thin catheter into the refluxing vein under ultrasound. Controlled radiofrequency energy warms the vein wall, which collapses and seals. Over the following months the body absorbs the closed vein, and blood travels through healthy veins instead.

There is no surgical stripping, no stitches and no scar. You walk out right after, and most people are back to normal daily activity quickly.

Laser energy delivered through a catheter closes the leaking vein from within, through one small entry point.

EVLT works on the same principle as radiofrequency, using laser light instead of radiofrequency energy to seal the vein. The choice between the two depends on your vein anatomy and on what your insurance approves.

Like every catheter procedure here, it is performed through a single IV site with local numbing, and you walk out the same day.

A rotating catheter tip and a medicated solution close the vein without heat, so fewer numbing injections are needed.

Mechanochemical ablation pairs gentle mechanical action from a rotating wire with an FDA-approved sclerosant. Because no heat is used, the leg needs far less numbing along the vein.

It is one of several catheter options Dr. Parisi performs, which lets him match the technology to your vein rather than to whatever single device a clinic happens to own.

A medical-grade adhesive seals the vein from the inside. Availability depends on what your plan approves.

VenaSeal closes the refluxing vein with a tiny amount of medical adhesive placed through a catheter. The vein lining bonds and closes, and blood reroutes to healthy veins.

Coverage for adhesive closure varies by insurer, and our vein coordinator will confirm what your plan approves before treatment.

A fine injection of FDA-approved solution closes small and medium veins so they fade over the following weeks.

A sclerosant is injected into the vein, which irritates the lining so the vein closes and is gradually absorbed. The solution is painless as it enters the vein. Ultrasound-guided foam sclerotherapy lets us reach veins below the skin surface.

Sclerotherapy can be done on its own or after catheter treatment to finish the result, and it pairs well with Nd:YAG laser for the finest veins.

Focused laser pulses through the skin close very fine surface veins so they fade over time.

The Nd:YAG (neodymium-doped yttrium aluminum garnet) laser emits a pulse that targets small surface veins so they close and fade, similar to sclerotherapy but completely noninvasive.

It is especially effective for very small surface veins, and is often combined with sclerotherapy for the cleanest finish.

Tiny openings in the skin let Dr. Parisi remove a bulging surface vein, with no stitches needed.

Through very small skin openings, the visible vein is removed with fine instruments. Because the openings are not stitched, scarring is minimal or not visible.

Today it is used selectively, typically for large surface veins or when a surface vein is feeding a wound and slowing healing.