Surgery
Lasers can be an invaluable addition to any surgeon’s resources.
Today laser-based treatments are widely accepted in surgery. Fotona provides two of the golden standard wavelengths, ensuring the safest, most comfortable and most effective treatments. Innovative operating modes, delivery systems and other use of advanced technology enhance these wavelengths even further.
Flexible, tried, tested and proven solutions are available across a wide range of surgical fields, from the simple removal of pigmented lesions to bloodless, precision cutting and also various ‘endo’ procedures.
The Fotona systems most commonly used within surgical applications include:
Testimonials
"Lasers are an indispensable surgical tool"
"With laser in hand I can perform surgery with higher precision and without bleeding, direct contact or bacterial contamination. This makes incision more effective and more comfortable for the patient and me."
Advantages of Laser Surgery
- Faster procedures with lower downtime and quicker healing
- Haemostatic effect and simultaneous disinfection
- Many treatments are possible without anesthetic
- Non-contact, non-invasive, high-precision procedures
- Tissue-selective treatments
Events
29 March 2010 - 01 April 2010
JeddaDerm
Jeddah Hilton, Jeddah, Saudi Arabia
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22 April 2010 - 24 April 2010
Intersharm Professional
Moscow, Russia
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Surgery news
27 November 2009
Practitioners Enthusiastic About the XS Dynamis Skin Resurfacing Workstation.
Autumn 2009 has seen the successful launch of Fotona’s latest Erbium:YAG-based laser system, XS Dynamis, in Europe, the Americas and Asia. Initial market response indicates that the XS Dynamis represents highly innovative laser workstation that fulfils practitioners’ needs by providing a complete solution for ablative, as well as non-ablative, skin resurfacing and rejuvenation treatments.
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25 November 2009
Physical Properties Study Confirms QCW Nd:YAG as Laser of Choice in Body Shaping
Laser & Health Academy experts, in cooperation with the Josef Stefan Institute’s Light and Matter Department and the University of Ljubljana’s Biotechnical Faculty have published a paper outlining the results of their study on the physical properties of Quasi Continuous Wave pulsed, 1064 nm, Nd:YAG laser in lipolysis.
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