Vascular treatments are possible due to laser absorption by hemoglobin and oxyhemoglobin. The skin whichcontains more melanin,
provides a media with lower laser radiation absorption, allowing the energy to betransferred through the skin to be absorbed by the
internal blood vessels. Penetration depth of the 980nmenergy in aqueous tissue is 2-4 mm. Accordingly, the underlying blood vessels
can be treated with minimaldamage to the skin surface.
980nm laser is the optimum absorptionspectrum of Porphyrin vascular cells.Vascular cells absorb the high-energylaser of 980nm wavelength, solidificationoccurs,
and finally dissipated.
1) Non-invasive 980nm Diode Laser for EVLT & Spider Vein
2) Powerful Germany Osram 980nm Diode Laser Emitter with 200,000 Minutes Lifetime
3) Ergonomic, compact and lightweight tabletop workstation
1) Non-invasive 980nm Diode Laser for EVLT & Spider Vein.
2) Powerful Germany Osram 980nm Diode Laser Emitter with 200,000 Minutes Lifetime.
3) Ergonomic, compact and light.
Main Features
1. Ergonomic, compact and lightweight tabletop workstation
2. Specific Germany flexible silica fiber kit for beam delivery and endovascular treatments
3. Ability to choose continuous, pulsed and ultra-pulsed modefor rapid and safe cutting and resection
4. Non-invasive and Painless, low probability of blood losswithout surgery or downtime
5. Backed by over 5 years of research and testing with Low rateof side effects
eight tabletop workstation
Technical Specification