New for 2006 Fotona QX – The ultimate laser for removal of Tattoos & Pigmented Lesions. The Fotona QX is the new advanced, high-power Fotona laser system for tattoo removal, removal of vascular and pigmented lesions and soft tissue ablation and coagulation in dermatological surgery.

Combined laser sources to treat a wide range of tattoos and pigmented lesions
The extremely powerful Q-switched Fotona Nd:YAG laser pulses target dark chromophores in the dermis. The Fotona frequency-doubled KTP Nd:YAG laser pulses target chromophores in the red spectrum. The dual laser source combination is thus the ideal tool to effectively remove multicolored and complex unwanted tattoos and a wide array of pigmented and vascular skin lesions. In addition to targeting chromophores, the Q-switched Fotona Nd:YAG laser can be efficiently and effectively used in skin resurfacing procedures, thus significantly expanding your treatment capabilities and services your practice can provide.

User-friendly technology provides unmatched ease-of-use
The Fotona QX is a cost-effective solution that allows you to expand your treatment capabilities to fulfi ll your patients’ needs with superior clinical results and gentleness. The easy-to-use interface allows you to quickly switch between laser sources and adapt the laser treatment parameters to your needs, at the touch of a button. Fotona’s Electronic Feedback Control platform automatically calibrates the laser output and checks each laser pulse to provide unmatched safety and easeof- mind. Both laser sources can be used with just one handpiece with variable spotsize selection, eliminating the necessity to switch handpieces, thus making your treatments more efficient and less time-consuming.

Unique advantages:
• Performance
• Variable square pulse technology
• Adjustable spotsize
• Electronic feedback control
• Superior power
• Two laser sources

How it works:

Fotona Q-switched Nd:YAG and frequency-doubled KTP Nd:YAG lasers penetrate deep into the skin to break up pigments into smaller absorbable particles.