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A t th e h e a rt o f D y n a m is l a s e r s y s te m s a re t w o l a s e rs w it h c o m p le m e n ta ry w a v e le n g th s : N d :Y A G w it h t h e m o s t h o m o g e n e o u s p e n e tr a ti o n f o r e ff e c ti v e d e e p t h e rm a l tr e a tm e n ts , a n d E r: Y A G w it h t h e h ig h e s t a b s o rp ti o n fo r a b la ti v e a n d n o n -a b la ti v e s u p e rfi c ia l tr e a tm e n ts . Standar d laser technology Fotona VSP technology 0 T im e (m ic ro s e c o n d s ) La se r pu ls e po we r 0 4 00 8 0 0 1 2 0 0 1 6 0 0 T im e ( m ic ro s e c o n d s ) La se r pu ls e p ow er 0 4 0 0 8 00 1 2 00 1 6 0 0 M S P S P L P VLP XLPSlow rise time
L o n g t a il W H Y A N E R :Y A G & N D :Y A G L A S E R C O M B IN A T IO N T h e D y n a m is ’ V S P ( V a ri a b le S q u a re P u ls e ) E r: Y A G l a s e r in h e re n tl y a b la te s s k in m o re p re c is e ly t h a n o th e r la s e r te c h n o lo g ie s . E r: Y A G e n e rg y i s h ig h ly a b s o rb e d i n w a te r — t h e m a in t a rg e t c h ro m o p h o re f o r s k in r e s u rf a c in g — a n d c a n t h u s v a p o ri z e s k in w it h m ic ro n – p re c is io n a n d v e ry l it tl e t h e rm a l c o n d u c ti o n . T h is k e e p s u n d e s ir e d e ff e c ts s u c h a s h y p o p ig m e n ta ti o n a n d p e rs is te n t e ry th e m a , a s w e ll a s r e c o v e ry t im e , to a m in im u m . T h e V S P E r: Y A G l a s e r in D y n a m is s y s te m s c a n b e a c c u ra te ly t u n e d f ro m v a ry in g “c o ld ” a n d “ h o t” a b la ti v e t o n o n – a b la ti v e t h e rm a l ra ti o s . F u ll c u s to m iz a b ili ty a llo w s y o u t o p re c is e ly a tt a in t h e c lin ic a l o u tc o m e s y o u r p a ti e n ts d e s ir e . T h e N d :Y A G l a s e r p e rf e c tl y c o m p le m e n ts t h e E r: Y A G l a s e r’ s a b la ti v e a c ti o n w it h i ts a b ili ty t o p e n e tr a te d e e p ly i n to t h e s k in t o c re a te t h e rm a l e ff e c ts w it h o u t d a m a g in g t h e s k in s u rf a c e . It s h o m o g e n e o u s a b s o rp ti o n i n t h e s k in a n d l o w a b s o rp ti o n i n m e la n in a llo w i t to b e s a fe ly u s e d i n a ll s k in ty p e s . C o m p a re d t o c o n v e n ti o n a l te c h n o lo g ie s , th e V S P N d :Y A G p u ls e s o f D y n a m is l a s e rs c re a te v ir tu a lly i n s ta n ta n e o u s F R A C 3 ® t e m p e ra tu re in c re a s e s , lim it e d t o t h e t a rg e te d s tr u c tu re s o n ly . Wavelength (nm) Absorption Coefficient (1/cm) 100000 10000 1000 100 10 1 0,1 1 0 6 4 n m N d :Y A G 2 9 4 0 n m E r :Y A G 500 700 900 1100 1300 1500 1700 1900 2100 2300 2500 2700 2900 3100 D e s o x y h e m o g lo b in O x y h e m o g lo b in M e la n in W a te r B o th l a s e r s o u rc e s f e a tu re F o to n a ’s p ro p ri e ta ry V S P ( V a ri a b le S q u a re P u ls e ) te c h n o lo g y t h a t e n a b le s a n u n p re c e d e n te d r a n g e o f tr e a tm e n t m o d e s , fr o m e x tr e m e ly s h o rt , m ic ro s e c o n d p u ls e s f o r in te n s e t a rg e ti n g o f s e le c te d a re a s , to v e ry l o n g , s u b -s e c o n d -t o -s e c o n d p u ls e s f o r g e n tl e r b u lk t is s u e t re a tm e n ts .
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