neoV Laser Systems
neoLaser designs, manufactures and distributes medical laser products, offering top-notch quality and design. Providing superb performance and functionality, flexibility and modularity, all at an affordable cost.
neoV1940The Only System with CORONA Infinite Ring Fiber Technology
The neoV Laser system family utilizes the highest quality and most advanced fiber technology on the market today for its various clinical indications. All fibers for EVLA and Proctology include a FUSED quartz cap for extra safety.
In addition, only the neoV platform enables access to the new CORONA Infinite Ring Fiber technology, the most advanced product on the global market for EVLA treatments, with patent pending cylindrical emission. Last, the laser platform supports a wider range of fiber core sizes and designs than other systems on the market, enabling work with fibers as thin as 270 microns.
neoV1470The Only System with CORONA Infinite Ring Fiber Technology
The neoV1470 is the workhorse of our surgical platform, representing the large majority of our installed base. The neoV1470 is a superb microsurgical instrument for endovenous laser ablation of veins, as well as for various key indications in proctology. The peak of water absorption at 1470nm enables precise cutting with good coagulation of soft tissue. As a result of this unique tissue absorption, procedures can be completed at lower energy dosages leading to less thermal trauma and better healing.
Optimal FibersThe Only System with CORONA Infinite Ring Fiber Technology
The neoV Laser system family utilizes the highest quality and most advanced fiber technology on the market today for its various clinical indications. All fibers for EVLA and Proctology include a FUSED quartz cap for extra safety.
In addition, only the neoV platform enables access to the new CORONA Infinite Ring Fiber technology, the most advanced product on the global market for EVLA treatments, with patent pending cylindrical emission. Last, the laser platform supports a wider range of fiber core sizes and designs than other systems on the market, enabling work with fibers as thin as 270 microns.
