What Makes It Advanced?
EVMWA uses dielectric hysteresis to create direct volume heating of tissue. The microwave probe is flexible, allowing smooth insertion into the vein and easy access to the SFJ without requiring a catheter or guidewire.
Microwave Ablation (EVMWA) is an advanced minimally invasive treatment that uses controlled microwave energy to close diseased veins with minimal discomfort and a faster recovery.


EVMWA delivers controlled electromagnetic energy directly into the diseased vein, creating precise thermal injury while minimizing unnecessary tissue damage.
A modern thermal approach designed around precision, controlled energy delivery and minimally invasive treatment.
EVMWA uses dielectric hysteresis to create direct volume heating of tissue. The microwave probe is flexible, allowing smooth insertion into the vein and easy access to the SFJ without requiring a catheter or guidewire.
Microwave generators produce high energy levels that allow circumferential heating of the vein and support effective closure.
Electromagnetic waves heat tissue by rotating water molecules. The treated vein gradually closes and is replaced by healthy scar tissue.
Microwave Ablation is also used in interventional radiology for selected thermal treatments involving the liver, lung, kidney, bone and other tissues.
The microwave probe is carefully positioned within the diseased vein.
Controlled microwave energy is delivered directly to the treatment area.
The vein wall is heated and treated, causing the diseased vein to close.
Blood naturally redirects through healthier veins as the treated tissue heals.
Microwave Ablation uses controlled electromagnetic energy to heat and close the diseased vein through a minimally invasive approach.
Dr. Shoaib Padaria has been privileged to perform some of the first Microwave Laser ablation cases in the country with very satisfying results.
As this is a newer technique, additional long-term experience is being gathered before offering it as a routine treatment option.