CO2 laser system is equipped with articulated arm as CO2 laser light is unable to travel through optical fi ber. For this reason, it cannot be used
for endoscopic surgery. On the other hand, a diode laser is used for the endoscopic surgery since its laser light travels through silica fi ber or

glass fiber.
Besides, a diode laser can approach to the site where CO2 laser cannot reach so that it gives wide variations of operative procedures.

Comparison with CO2 laser
The main difference is hemostasis effect. With CO2 lasers, it is possible to incise capillaries without bleeding, however, diffi cult to incise
1mm vessel without bleeding. According to the nature of CO2 laser, it tends to be absorbed by water and it is very diffi cult to stop bleeding by
forming vessel coagulation if there is a large amount of bleeding. A diode laser can incise vessels of 1 or 2mm in diameter with few bleeding,
and when use in combination with our Forceps-type Laser Dissector, it is possible to incise and seal one or more vessels at the same time
without ligation.
There is difference between non-contact and contact approach. CO2 lasers require skills to focus the laser on a point since manipulating noncontact
laser handpieces tends to wobble and animals’ move with their respiration make it more diffi cult. You can use diode lasers with contact
approach in the same way as steel scalpels.
CO2 laser system is equipped with articulated arm as CO2 laser light is unable to travel through optical fi ber. For this reason, it cannot be used
for endoscopic surgery. On the other hand, a diode laser is used for the endoscopic surgery since its laser light travels through silica fi ber or
glass fi ber.

Besides, a diode laser can approach to the site where CO2 laser cannot reach so that it gives wide variations of operative procedures.

In healthy veins, normal one-way vein valves direct the blood flow upward and prevent it from flowing back and pooling in the lower extremities. Faulty vein valves in varicose veins allow reverse blood flow and pooling in the lower extremities.

Leg Vein Therapy
It is estimated that over half of the female population is affected by noticeable red, purple or blue veins, also known as spider veins,
in the upper and lower areas of the legs. Spider veins are a cosmetic problem that many women face, but few realize there is a treatment
for the veins. The Aesthetics Gallery offers both sclerotherapy and laser treatments for leg veins. We will help you determine which is best
for you.

How Leg Vein Therapy Works
Spider veins are caused by a venous insufficiency syndrome, which allows blood in the veins to escape from normal blood flow.
In women, the appearance of spider veins can be linked to such factors as heredity, weight gain, hormonal changes and prolonged sitting
or standing. While mild forms are viewed as a cosmetic problem, spider veins are bothersome and can cause minor aching, burning
and swelling.

The laser treatments involve a laser light that is directed through the skin into the vein by the laser. The heat causes the vein wall to collapse, seal shut, and then be absorbed by the body

The aluminum ENT handpiece can be reuse after disinfection, 18G probe with different shapes, these ergonomic handpieces allow a precise operation and easy handling for flexible use.  Also laser of various diameters are compatible for all customary laser endoscopes, allows for coaxial vision, and is ideally suited for intranasal, oral and micro laryngeal use.

Velas 810nm allows for a selective photothermolysis on melanin chromophores (dyschromias - hair), haemovasal chromophores (telangiectases - angiomas) and normochromic lesions, which havebeen artificially stained by means of exogenous chromophores.

Vleas software interface