 Fotona Nd:Yag LASER:
Why is a laser procedure better than alternatives
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It is a save, non-invasive and can be used to treat all skin types.
There is minimal risk associated with laser treatment.
This latest technology reduces doctor office visits and cost with the opportunity to perform all procedures in one visit.
- Non-contact procedures
- Simultaneous disinfection
- High precision
- Hemostatic effect
- Tissue selective treatment
- Faster healing
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Fotona Nd:Yag LASER:
The Fidelis XP Nd:YAG laser system
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The Fidelis XP Nd:YAG laser system is a unique combination of the Nd:YAG wavelength and the proprietary VSP (Variable Square Pulse) technology to provide a safe and effective treatment of unwanted veins and hair. Deep tissue penetration and low absorption in melanin and oxyhemoglobin make the Fidelis XP laser the perfect tool for coagulation of hair follicles and vessels, while its lower absorption coefficient guarantees preservation of surrounding tissue even in darker skin types.
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Fotona Nd:Yag LASER:
Compared to other devices.
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Compared to other devices, the Fidelis XP variable square pulse laser:
- Has higher penetration depth and is more effective
in deeper skin structures
- Achieves more homogeneous heating inside the skin
- Deposits less heat at the skin surface and is thus safer
for the epidermis
- Needs less aggressive cooling of epidermis
- Its fiber delivery with adjustable spot size handpiece
is safe, light, and easy to use
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 Fotona Nd:Yag LASER:
About Our Laser..
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By its proprietary VSP (Variable Square Pulse) technology, Fotona has moved the precision of laser treatments to a new dimension. This technology allows the operator to accommodate the laser pulse duration and its fluence according to the application. By the means of digital online energy regulation, the energy of each pulse is actively forced to match the selective energy at all times during the laser operation. This enables the practitioner to treat selected tissues with unmatched efficacy and without unnecessary heating of the surrounding tissue.
Research from Fotona
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