FotoSan® 630 and LAD

OVERVIEW
FotoSan® 630 and LAD There are so many good reasons to use FotoSan® LAD treatment. Since it's easy to integrate into the routine of the dental office, it's just a matter of getting started. The joy of treating with FotoSan® and seeing the overwhelmingly positive effects is a great satisfaction. Output power up to 4000 mW/cm2 Wavelength spectrum 620 to 640 nm Treatment in 15 to 30 seconds per. treatment area. Very powerful battery capacity and longevity. Ergonomic pen grip. Can be operated by both the left and right hand. Rotates 180º. Lightweight and still strong, less than 120 grams. Easy to clean.
Product Brand : flash - FotoSan®

FEATURES

•  Immediate effect - The LAD effect is instantaneous, as the chemical reaction takes only a fraction of a second.
• Effective against all microorganisms - FotoSan® kills all microorganisms, such as bacteria, viruses and fungi.
• Dose-dependent effect - LAD is dose-dependent but without side effects or risks, and you can treat until the desired effect is achieved. All microorganisms are not equally sensitive to LAD treatment. Larger and more complex cell structures might need more treatment (i.e. higher dose). However, the basic principle remains - if you treat long enough, all microorganisms will die.
• LAD treatment can be repeated indefinitely - If necessary, LAD can be applied several times without side effects or risks. Most often a PA patient is treated with systemic antibiotics regularly some even every 3 or 6 months.
• No development of resistance with LAD treatment - One of the biggest challenges in healthcare is the development of ‘superbugs’. Genetic conditions dictate, in principle, that bacteria develop resistance to all antibiotics overtime. When the destructive effect with LAD occurs in a fraction of a second, this is not a risk.
• No side effects - No side effects of any kind have been reported from the treatment. This is because the photosensitizer does not bind to the surface of normal human cells, but rather to all types of microorganisms. The reactive oxygen compounds (ROS) produced have an extremely short lifetime (nano-seconds). The photosensitizers used have a much lower affnity for mammalian cells, so no negative e ects are seen on them, and hence no side e ects in practice from the treatment.