ELVeS Radial™ - Minimally invasive laser therapy of venous insufficiency


As a global pioneer in laser technique, biolitec® has changed the future of endovenous laser therapy “radially”. With the combination of the first medical 1470 nm diode laser and the patented radial (360°) emission of the ELVeS Radial™ fiber, the ELVeS Radial™ procedure provides an easy-to-use system for a significantly improved treatment outcome.


Our effort to continuously improve this unique system in terms of safety and flexibility has led to a further stage of the ELVeS Radial™ fiber: The 2-phase radiation with ELVeS Radial 2ring™ is the best choice for a perfect outcome, whereas ELVeS Radial slim™ is designed to treat superficial venous reflux on perforator veins and small saphenous veins.


The ELVeS Radial™ fibers are part of our FUSION® product line, allowing for utmost low-risk treatment. The FUSION® technology employs a unique process that – instead of merely gluing – safely fuses the silica glass cap to the fiber to resist even high temperatures. Detachment of the cap inside the vein during treatment and an associated emergency surgery are nearly impossible.


Our new state-of-the-art technology allows for minimally invasive endoluminal treatment of venous reflux disease – safe and simple. Not only for experienced physicians, but also for beginners who ask for an efficient and easy-to-use technique.



7. EVF HOW Vein Conference
Limassol, Cyprus


13. Internationales Darmstädter Live Symposium


Bonner Venentage 2017 
Maritim Hotel Bonn




For information on our lasers and fibers for phlebology please click here.


Further information for you to download:

Brochure ELVeS Radial™

Brochure LEONARDO®


biolitec is present at congresses and other significant events worldwide. For an overview of upcoming events please click here.

ELVeS Radial™ fiber

Due to continous research and development, the ELVeS Radial™ fiber is complemented by the ELVeS Radial Slim™ fiber and the ELVeS Radial 2ring™ fiber - for an utmost flexibility in use.