Xpedent Catalogue by Noah Shroot

T I P B O O K

2022 M u l f u n c o n U l t r a s o n i c T i p s F o r A l l A p p l i c a o n s

S C A L I N G

Sc aling is pr ecise w ork. Pr oper ins trumen t selecon is essen al t o achie ving c omple t e periodon t al cleaning. Our wide v arie ty of ps giv e y ou the fr eedom t o choose the e x act ins trumen t f or the situa on.

P E R I O D O N T I C S

P e r i o p s a r e t h i n a n d d e s i g n e d f o r r o o t p l a n i n g a n d m a i n t e n a n c e t o p r o v i d e t h e b e s t a c c e s s t o f u r c a o n a n d c u r v e d r o o t s

E N D O D O N T I C S

X p e d e n t p s c a n b e u s e d i n m a n y a r e a s i n e n d o d o n c s . T h e y a r e e x c e l l e n t f o r t h e r e m o v a l o f p o s t s , r e m o v i n g d e n n i n p u l p c h a m b e r s , ﬁ n d i n g a n d w i d e n i n g o r i ﬁ c e s , p r e p a r i n g c a n a l s , r e m o v i n g b r o k e n i n s t r u m e n t s a n d c l e a n i n g p r e p a r e d c a n a l s .

C A V I T Y P R E P A R A T I O N

T h e s e p s a r e d i a m o n d c o a t e d a n d c a n b e u s e d t o p r e p a r e a c a v i t y i n t h e t o o t h b e f o r e c a r r y i n g o u t f u r t h e r d e n t a l w o r k

S U R G E R Y T I P S

T h e s e p s a r e d e s i g n e d f o r a w i d e r a n g e o f b o n e s u r g e r y a p p l i c a o n s , i n c l u d i n g s i n u s l i i n g a n d i m p l a n t a o n p r o c e d u r e s .

Principle of Oper a on.

F or pie z o s tyle ps, including all Xpeden t ps e x cept NSK and K a v o Sonifle x c ompa ble air sc aler s, pow er is g ener a t ed by the ultr asonic vibr a on of pie z oelectric cry s t als. This cr ea t es a sinusoidal moon with the gr ea t es t pow er (amplitude) a t the end of the p f ollow ed by a w eak er ar ea, then a s tr ong er ar ea in acc or dance with a sine w a v e. The e ff ect of the p is ther e f or e v ery dependen t upon the part of the p in c on t act with the t ooth. Con t act with the side of the p in the sec ond s tr ong pow er band, 2‐3 mm fr om the end, cr ea t es the mos t e ff ecv e acon.

The ideal pow er se ng will depend on the p used and the c ondion of the ar ea t o be tr ea t ed. Endo and P erio w ork r equir es long er and thinner ps than sc aling , so low er pow er s ar e appr opria t e. Alw a y s s t art with a low pow er and incr ease gr adually t o ma ximise e ﬀ ecv eness and minimise pa en t disc om f ort.

Orien t a on and Applic a on.

T o cr ea t e a c ombina on of pa en t c om f ort and e ﬃcien t sc aling it is import an t t o use the side of the p a t the sec ond pow er band and a t a v ery shallow angle t o the t ooth. T oo gr ea t an angle will bring the poin t of the p in c on t act with the t ooth and lead t o pa en t disc om f ort. Unlik e hand sc aling , ultr asonic sc aling r equir es only a v ery g en tle t ouch t o the t ooth surf ace; the ultr asonics pr ovide all the pow er so the den t al pr aconer only needs t o guide the p v ery g en tly ar ound the ar ea t o be tr ea t ed. The r emov al of har d deposits c an be e xpedit ed by applying the end of the p wher e the vibr a ons ar e s tr ong es t; this will c ause c alculus t o br eak a w a y fr om the t ooth. Once this is done, r esume g en tle moons. T oo much f or ce, or ov er ‐use of the p end, will c ause disc om f ort.

E M S S I R O N A M E C T R O N K A V O A M D E N T N S K S A T E L E C

E M S

U L T R A S O N I C S C A L E R T I P C O N N E C T I O N S

M E C T R O N

S u r g e r y

S A T E L E C

N S K

S I R O N A

E M S

S u r g e r y

S A T E L E C

S u r g e r y

P i e z o t o m e 1

P i e z o t o m e 2

M E C T R O N

K A V O

S O N I C ﬂ e x

P I E Z O l u x & S O N O s o

P i e z o

L E D & P I E Z O s o

S O N I C ﬂ e x q u i c k

A M D E N T

d iamond c oa t ed

i rrig a on

E M S S A T S I R N S K M E C

Used t o r emov e ligh t and medium supr agingiv al c alculus and bact erial plaque.

Fla t edg e is used t o r emov e hea vy supr agingiv al c alculus.

Used t o r emov e c alculus and bact erial plaque fr om supr agingiv al in t er den t al ar eas.

Used t o r emov e and bact erial all supr agingiv al c alculus plaque.

Used t o r emov e all supr agingiv al c alculus and bact erial plaque.

P E R I O D O N T I C S

Used t o r emov e hea vy supr agingiv al c alculus.

Used t o r emov e subgingiv al c alculus.

Cur v ed t o the le , f or tr ea ng fur c a ons, in t er den t al c alculus and v ery narr ow spaces.

Cur v ed t o the le and diamond c oa t ed, f or tr ea ng fur c a ons, in t er den t al c alculus and v ery narr ow spaces.

G1 G S 1 G D 1 G M 1 G N 1 G 3 G S 3 G D 3 G N 3 G M 3

9 5 213 0 .4 G 2 G S 2 G D 2 G N 2 21 9 0 .35 24 1 4 0 .4 G 4 G S 4 G D 4 G N 4 G M 4 215 1 0 5 0 .4 G 5 G S 5 G D 5 G N 5 G M 5 23 9 3 0 .48 G 6 G D 6 G N 6 G M 6 24 9 0.45 P 1 P S 1 P D 1 P N 1 P M 1 215 9 0.4 P 2 L P D 2 L P N 2 L 24 1 6 8 0.4 P 2 L D P D 2 L D 237 1 6 8 0 .4

S C A L I N G 5 E M S S A T S I R N S K M E C G e n e r i c T i p s

C u r v e d t o t h e r i g h t , f o r t r e a n g f u r c a o n s , i n t e r d e n t a l c a l c u l u s a n d v e r y n a r r o w s p a c e s

C u r v e d t o t h e r i g h t a n d d i a m o n d c o a t e d , f o r t r e a n g f u r c a o n s , i n t e r d e n t a l c a l c u l u s a n d v e r y n a r r o w s p a c e s

Used t o r emov e subgingiv al c alculus.

Diamond c oa t ed, used t o smooth the surf ace of r oot during periodon t al ﬂap sur g ery

Used t o r emov e subgingiv al c alculus.

Diamond c oa t ed, a pow erful t ool f or the r emov al of c alciﬁc a on, this p c an be used f or widening c alciﬁed r oots in the c or onal thir d.

An t erior Periodon cs. Enables tr ea tmen t of the incisor ‐c anine block. The guide edg e is orien t ed par allel t o the pock et. Enables w ork in the periodon t al pock et without injury t o the lig amen t.

Cur v ed t o the le , used t o r emov e subgingiv al c alculus.

Cur v ed t o the righ t, used t o r emov e subgingiv al c alculus.

P 2 R P D 2 R P N 2 R 24 1 6 8 0.4 P 2 R D P D 2 R D 237 1 6 8 0 .4 P 3 P S 3 P S 3 D P D 3 P N 3 P N 4 D P M 3 1 3 7 0 .5 P 6 L P D 6 L s H 3 215 1 2 8 0 .6 P 3 D P D 3 D 24 1 3 7 0 .5 P 4 P S 4 P D 4 P N 4 25 1 0 5 0 .5 P 4 D P D 4 D 25 1 0 5 0 .5 e H 3 305 7 5 0.7 P 6 R 215 1 2 8 0 .6 P D 6 R

6 E M S S A T S I R N S K M E C (

P 5 )

G e n e r i c T i p s

120° angle holder f or use with Xpeden t U ﬁles with a shank diamet er of 0.57mm, this p is usually used f or an t erior r oot c anal cleaning.

95° angle holder f or use with Xpeden t U ﬁles with a shank diamet er of 0.57mm, this p is usually used f or an t erior r oot c anal cleaning.

With c ooling spr a y disabled, this p is used f or la t er al thermal c ondensa on of gu a per cha.

Diamond c oa t ed, used t o r emov e c alciﬁc a on and bad ﬁlling ma t erial fr om pulp c a vity and ov erhang pulp chamber

Quickly r emov es obs trucons and br ok en ins trumen ts in the mid and upper thir ds of lar g e and s tr aigh t c anals.

Diamond c oa t ed, f or r etr ea tmen ts or e xtr emely har d ma t erials.

U se ful f or quickly elimina ng c alculus and t empor ary cemen ts.

Diamond Coa t ed, f or enhanced cung and abr asion. Especially use ful f or r emoving v ery har d ma t erials on the c anal w all.

F G‐bur holder used t o e xpand the r oot c anal and grind t eeth.

E N D O D O N T I C S E1 E S 1 E D 1 E N 1 E2 E D 2 E N 2 E S 2 E S 3 E S 4 D E S 5 D E S 5 E S 3 D E3 E D 3 E N 3 249 1 7 7 0 .6 E3D E D 3 D E N 3 D 249 1 7 7 0 .6

288 3 1 0 .6 E4D E D 4 D E N 4 D 288 3 1 0 .5 E4 E D 4 E S 4 E N 4

218 2 4 4 0 .5 E5 E D 5 E N 5 218 2 4 4 0 .6

E8 E D 8 E N 8

E5D E N 5 D E D 5 D 7 E M S S A T S I R N S K

G e n e r i c T i p s

F G‐bur holder used t o e xpand the r oot c anal and grind t eeth.

U sed f or g en tle tr ea tmen t of the r oot c anal of an t erior t eeth.

D iamond c oa t ed, used f or e ﬃcien t apic al polishing of an t erior t eeth.

Used f or g en tle tr ea tmen t in the r oot c anal of an t erior t eeth.

Diamond coa t ed, with enhanced cung and abr asiv e pow er; especially use ful f or r emoving v ery har d ma t erials on the c anal w all and la t er al cung.

Quickly r emov es obs trucons and br ok en ins trumen ts in the mid and upper thir ds of lar g e and s tr aigh t c anals.

Diamond c oa t ed f or r etr ea tmen ts or e xtr emely har d ma t erials.

Use ful f or quickly elimina ng c alculus and t empor ary cemen ts.

Diamond c oa t ed, f or enhanced cung and abr asion. Especially use ful f or r emoving v ery har d ma t erials on the c anal w all.

1 1 E10D E D 10 D E N 10 D 234 1 3 4 0 .6 E9 E D 9 E N 9 E10 E D 10 E N 10 0 .5

E11 E D 11 E N 11 243 1 3 6 0 .5 E11D E D 11 D E N 11 D 243 1 3 6 0 .6 E14 E D 14 25 2 8 3 0 .5

1 3 4 E14D E D 14 D 2 8 3 25 0 .6 E15 E D 15 22 2 4 2 0 .5 22 2 4 2 0 .6 E15D E D 15 D

E N 1 4 E N 1 4 D E N 1 5 E N 1 5 D E M S S A T N S K G e n e r i c T i p s

Used t o r emov e bridg es, cr owns and pos ts by fr acturing the cemen t.

Ball diamond p, f or pr epar a on of occlusal surf aces and cer vic al ridg es.

Semi‐spheric al diamond p, f or ﬁnishing cer vic al in t erpr o ximal ar eas without c ausing lesions t o adjacen t t eeth.

Semi‐spheric al diamond p set 45 ° t o the le . Allow s the den s t t o r emov e c arious ar eas of a t ooth without damaging the adjacen t t eeth.

Semi‐spheric al diamond p set 45 ° t o the righ t. Allow s the den s t t o r emov e c arious ar eas of a t ooth without damaging the adjacen t t eeth.

E M S S A T S I R N S K

G7 G S 7 G D 7 G N 7 G8 232 7 5 1.7 235 7 5 1.5 S B 1 S B D 1 S B N 1 261 9 4 1.1 S B 2 S B D 2 S B N 2 261 9 3 S B L S B D L S B N L 261 9 4 S B R S B D R S B N R 261 9 4 S B 3 S B D 3 S B N 3 26 9 4 S B S 1 S B S 2 S B S L S B S R S B S 3 9

C R O W N R E M O V A L C A V I T Y P R E P A R A T I O N

G e n e r i c T i p s

Implan t Cleaning. The ICP p is used f or sub‐ and supr agingiv al cleaning of implan ts and r es t or a ons. The r eplaceable peek mak es the acon saf e and g en tle. The set c on t ains 1 ICP , 1 ICP wr ench and 2 spar e peek s.

R e p l a c e m e n t . I C P p e e k s a r e a u t o c l a v a b l e a n d r e u s a b l e R e p l a c i n g t h e I C P p e e k i s s i m p l e u s i n g t h e w r e n c h i n c l u d e d i n I C P S E T

I M P L A N T C L E A N I N G 10X I CP e ICP SET I C P peek s ICP SET I C P peek n ICP SET I C P peek sr ICP SET I C P peek

1 0 E M S S A T S I R N S K

G e n e r i c T i p s

Compa ble p s f or

EMS sc aler de vices

E M S 1 1

S C A L I N G & P E R I O D O N T I C S

U n i v e r s a l . A c c u r a t e r e m o v a l o f s o l i d s u p r a g i n g i v a l c a l c u l u s i n a l l q u a d r a n t s

P e r i o . T h e e P i n s t r u m e n t i s w e l l s u i t e d f o r t h e p r e c i s e r e m o v a l o f s t u b b o r n s u b g i n g i v a l a n d s u p r a g i n g i v a l c a l c u l u s a n d c o n c r e o n s i n a l l q u a d r a n t s

P e r i o S l i m . T h e f a s t a n d m i n i m a l l y ‐ i n v a s i v e e P S i n s t r u m e n t i s i d e a l f o r c a l c u l u s r e m o v a l i n d e e p p e r i o d o n t a l p o c k e t s i n a l l q u a d r a n t s

P e r i o C l e a n i n g . F o r c l e a n i n g a n d d i s i n f e c n g p e r i o d o n t a l p o c k e t s , i t i s e s p e c i a l l y s u i t a b l e f o r f o l l o w ‐ u p a n d r e c a l l v i s i t s f o r p e r i o d o n t a l m a i n t e n a n c e p a e n t s .

S E T S ( T O R Q U E W R E N C H I N C L . S C A L E R T I P )

E M S @ i s a r e g i s t e r e d t r a d e m a r k o f E l e c t r o M e d i c a l S y s t e m s S A T W T E M S eA = + T W T E M S eP = + T W T E M S e P S = + T W T E M S e P L 3 = +

215 1 0 6 e A 0 .4 235 1 6 0.35 235 1 4 5 e P 0 .4 24 1 2 5 e P L 3 0 .5

E M S 1 2 e P S e H 3 305 7 5 0.7

(

T W E M S P e A T W E M

P T W E M

P S

P 5 )

S P e

T W E M S P e P L 3

Access Long Canals . The R OGP p is used t o access ar eas not r eached by other ps. P arcularly e ﬀ ecv e f or r etr ea tmen ts, especially in long ov al c anals, wher e mos t other ps w ould not ﬁt. Ex cellen t f or Gu a‐P er cha r emov al.

Access Long Canals ° . The R OGP p is used t o access ‐ 90 ar eas not r eached by other ps. P arcularly e ﬀ ecv e f or r etr ea tmen ts, especially in long ov al c anals, wher e mos t other ps w ould not ﬁt. Ex cellen t f or Gu a‐P er cha r emov al.

I M P L A N T C L E A N I N G

R e p l a c e m e n t I C P p e e k s a r e a u t o c l a v a b l e a n d r e u s a b l e . R e p l a c i n g t h e I C P p e e k i s s i m p l e u s i n g t h e w r e n c h i n c l u d e d i n I C P S E T

206 2 7 6 205 2 7 4 03 03

I C P peek 10X e SET ICP ICP E M S E M S @ i s a r e g i s t e r e d t r a d e m a r k o f E l e c t r o M e d i c a l S y s t e m s S A 1 3 E N D O D O N T I C e R O G P e R O G P ‐ 9 0

C o m p a b l e p s f o r S A T E L E C s c a l e r d e v i c e s S A T E L E C 1 4

Univer sal. Simple supr agingiv al scaling and t art ar r emov al without damage to the enamel.

S C A L I N G

Calculus. Apply the ﬂat part to the tooth to r emove major calculus deposits.

St ain R emov al . R ounded leading edg e is e ﬀ ecv e f or the r emov al of mark s or s t ains such as t obacc o or t ea.

P E R I O D O N T I C S

In t erpr o ximal. Its ﬂa t acv e part mak es it suit able f or the in t erpr o ximal spaces and supr agingiv al sc aling. Its ana t omic al design enables f as t and e ﬃcien t use.

Shallow . Slim r ound ins trumen t suit able f or sc aling shallow pock ets less than 2‐3mm deep.

Subgingiv al. Medium pock e ts (< 4mm). R emov al of bioﬁlm and so deposits, enables obser v a on of pock e t depth using the 3mm sc ale.

An t erior Periodon cs. Enables tr ea tmen t of the incisor ‐c anine block. The guide edg e is orien t ed par allel t o the pock e t. Enables w ork in the periodon t al pock e t without injury t o the lig amen t.

Pr emolar and Molar . Le ‐cur v e. Fir s t ins trumen t f or tr ea ng all the surf aces and the fur c a ons.

Ma xillary. Bucc al and dis t al surf aces of sect or 2, piv ots a t 13, then the bucc al and mesial surf aces of sect or 1. Mandibular. Bucc al and dis t al surf aces of sect or 4, piv ots a t 43, then lingual and mesial surf aces of sect or 3.

Pr emolar and Molar . Righ t ‐cur v e. Sec ond ins trumen t, use a er sH4L.

Ma xillary. Pala ne and mesial surf aces of sect or 2, piv ots a t 13, then bucc al and dis t al surf aces of sect or 1. Mandibular. Lingual and mesial surf aces of sect or 4, piv ots a t 43, then bucc al and dis t al surf aces of sect or 3.

S A T E L E C

s#1 228 9 5 0 .48 s#2 23 9 9 0 .35

s1S 314 1 2 9 0.55 S l i m . S u p r a a n d s u b g i n g i v a l s c a l i n g . P a r c u l a r l y e ﬀ e c v e f o r i n t e r p r o x i m a l s p a c e s 20 1 3 0.5 s 1 0 P s 1 0 X 233 1 0 6 0 5 s 1 0 Z s H 3 21 1 5 3 0.35 302 7 5 0.7

sH4L 255 1 5 2 255 1 5 2 0.55

0.55 S AT E L E C @ i s a r e g i s t e r e d t r a d e m a r k o f A C T E O N G r o u p 1 5 s#3 201 1 2 8 0 .2

sH4R

E x t e n d e d P r o b e . I d e a l f o r e x a m i n i n g a n d m a i n t e n a n c e o f m e d i u m t o d e e p p o c k e t s ( > 4 m m ) . A d i a g n o s i s a i d u s e d d u r i n g t h e d e b r i d e m e n t a n d i r r i g a o n o f p o c k e t s .

P r o b e . R e c o m m e n d e d f o r e x a m i n i n g s h a l l o w a n d m e d i u m p o c k e t s ( < 4 m m ) a n d f o r t h e m a i n t e n a n c e o f s i m p l e c a s e s . s T K 1 S p i s g r a d u a t e d e v e r y 3 m m

L e ‐ O r i e n t e d M a i n t e n a n c e . R e c o m m e n d e d f o r t h e m a i n t e n a n c e o f m o d e r a t e t o d e e p p o c k e t s a n d f u r c a o n s . E q u i v a l e n t t o t h e N a b e r s p r o b e

R i g h t ‐ O r i e n t e d M a i n t e n a n c e . P a r t n e r t o t h e s T K 2 L

R e c o m m e n d e d f o r t h e m a i n t e n a n c e o f m o d e r a t e t o

d e e p p o c k e t s a n d f u r c a o n s . E q u i v a l e n t t o t h e

N a b e r s p r o b e .

s TK 1L 257 2 1 2 s T K 1 S 233 1 5 5 s T K 2 L 28 0 5 0 5 s T K 2 R 28 6 9 0 4 6 9 0 4

S A T E L E C S AT E L E C @ i s a r e g i s t e r e d t r a d e m a r k o f A C T E O N G r o u p 1 6

Ins trumen t R emov al . Used in the middle thir d of wide, s tr aigh t c anals, the sET40 is a r apid soluon f or r emov al of br ok en ins trumen ts.

D i a m o n d . A d i a m o n d ‐ c o a t e d s t e e l p f o r r e t r e a t m e n t o f v e r y h a r d m a t e r i a l i n t h e m i d d l e t h i r d . L e n g t h 4 0 m m , 3 0 μ m d i a m o n d s , t a p e r 4 %

S AT E L E C @ i s a r e g i s t e r e d t r a d e m a r k o f A C T E O N G r o u p I C P p e e k 10X s I C P S E T I CP I M P L A N T C L E A N I N G S A T E L E C 1 7

E N D O D O N T I C s E T 4 0 D 2 6 3 235 0 5

s E T 4 0 2 6 3 235 0 5 206 2 7 6 205 2 7 4 03 R e p l a c e m e n t . I C P p e e k s a r e a u t o c l a v a b l e a n d r e u s a b l e . R e p l a c i n g t h e I C P p e e k i s s i m p l e u s i n g t h e

r e n c h i n c l u d e d i n I C P S E T

s R O G P s R O G P ‐ 9 0 03

C o m p a b l e p s f o r N S K s c a l e r d e v i c e s N S K 1 8

P I E Z O S C A L I N G ( V A R I O S )

U n i v e r s a l R e m o v a l o f s u p r a g i n g i v a l a n d m a r g i n a l c a l c u l u s , r e m o v a l o f c a l c u l u s f r o m n a r r o w i n t e r d e n t a l r e g i o n s

S c a l i n g R e m o v a l o f s u p r a g i n g i v a l a n d m a r g i n a l c a l c u l u s . S l i m R e m o v a l o f s u p r a g i n g i v a l a n d m a r g i n a l g i n g i v a l c a l c u l u s a n d r e m o v a l o f c a l c u l u s f r o m i n t e r p r o x i m a l s p a c e s

U n i v e r s a l S l i m . R e m o v a l o f s u p r a a n d m a r g i n a l g i n g i v a l c a l c u l u s ; p a r c u l a r l y e ﬀ e c v e i n i n t e r d e n t a l s p a c e s

I n t e r p r o x i m a l . R e m o v a l o f c a l c u l u s f r o m i n t e r p r o x i m a l a r e a s

I M P L A N T C L E A N I N G

R e p l a c e m e n t . I C P p e e k s a r e a u t o c l a v a b l e a n d r e u s a b l e R e p l a c i n g t h e I C P p e e k i s s i m p l e u s i n g t h e w r e n c h i n c l u d e d i n I C P S E T .

N S K @ is a registered trademark of Nakanishi I N C Corporation. S A T E L E C N S K 1 9

n ICP SET ICP I C P peek 10X n G 8 227 9 3 0.3 n G 6 245 1 1 4 0 3 7 2 233 nG1 0 3 n G 4 24 8 3 0 4 n G 1 6 1 2 4 0 3

U n i v e r s a l R e m o v a l o f m a r g i n a l g i n g i v a l a n d s u p r a g i n g i v a l c a l c u l u s .

A I R S C A L I N G ( T I ‐ M A X )

P e r i o R e m o v a l o f s u p r a g i n g i v a l c a l c u l u s

S i c k l e R e m o v a l o f s u p r a g i n g i v a l c a l c u l u s

nS20

R o o t P l a n i n g . L o n g s t r a i g h t p f o r t h e r e m o v a l o f s u b g i n g i v a l c a l c u l u s a n d b i o ﬁ l m

U n i v e r s a l s l i m p .

A r o o t c l e a n i n g p , s t r a i g h t a p p l i c a o n .

A r o o t c l e a n i n g p , w i t h a l e c u r v e

A r o o t c l e a n i n g p , w i t h a r i g h t c u r v e

I M P L A N T C L E A N I N G

R e p l a c e m e n t . I C P p e e k s a r e a u t o c l a v a b l e a n d

r e u s a b l e R e p l a c i n g t h e I C P p e e k i s s i m p l e u s i n g t h e w r e n c h i n c l u d e d i n I C P S E T

N S K @ is a registered trademark of Nakanishi I N C Corporation. N S K 2 0

N K 6 N K 7 238 1 2 9 238 1 2 9 NK4 1 0 8 287 0.40.4 NK5 268 1 2 9 0 55 nS1 29 6 2 0.40.4 nS3 289 6 6 0.4 nS2 296 5 0.4 0.4 0.4

n S I C P S E T ICP I C P peek 10X 0 55

0 55

1 3 4 0 5

Compa ble p s f or

SIR ONA sc aler de vices

S I R O N A

S I R O N A 2 1

G e n e r a l . A ﬂ a t p p e d i n s t r u m e n t f o r i n i a l l i n g u a l a n d b u c c a l s c a l i n g

S C A L I N G

Ve r s a l e . A v e r s a l e i n s t r u m e n t u s e d f o r l i n g u a l , b u c c a l a n d a p p r o x i m a l s c a l i n g

I n t e r d e n t a l . A u n i v e r s a l i n s t r u m e n t w h i c h c a n b e u s e d f o r s u b g i n g i v a l s c a l i n g a t i n t e r d e n t a l s i t e s

U n i v e r s a l . A ﬁ n e i n s t r u m e n t , i d e a l f o r s u p r a g i n g i v a l a n d s u b g i n g i v a l t o o t h s u r f a c e s a n d i n t e r d e n t a l a r e a s

P e r i o . F o r r i n s i n g a n d r o o t c l e a n i n g i n d e e p g u m p o c k e t s

P e r i o . C u r v e d t o t h e r i g h t , f o r r o o t c l e a n i n g i n d e e p g u m p o c k e t s i n t h e p o s t e r i o r r e g i o n

I M P L A N T C L E A N I N G

P e r i o . C u r v e d t o t h e l e , f o r r o o t c l e a n i n g i n d e e p g u m p o c k e t s i n t h e p o s t e r i o r r e g i o n . S I R O N A @ i

R e p l a c e m e n t I C P p e e k s a r e a u t o c l a v a b l e a n d

r e u s a b l e . R e p l a c i n g t h e I C P p e e k i s s i m p l e u s i n g t h e

w r e n c h i n c l u d e d i n I C P S E T

sr1L sr2L 227 8 8 247 8 7 0.3 0.3 239 9 0 5 sr4L 244 8 8 0.40.4 sr PE 1 227 1 4 0 5 sr PE 2 1 4 5 0 sr PE 3 215 1 4 5 0 5

SET ICP

I C P peek 10X sr ICP

s a r

a D

a l S y s t e m s G m b H S I R O N A 2 2

e g i s t e r e d t r a d e m a r k o f

i r o n

e n t

sr3L

C o m p a b l e p s f o r K AV O s c a l e r d e v i c e s K A V O 2 3

S O N I C ﬂ e x

G e n e r a l . F o r c a l c u l u s r e m o v a l f r o m a l l t o o t h s u r f a c e s . F i n e . F i n e i n s t r u m e n t f o r s m a l l e r a r e a s a n d t h o s e w h i c h a r e d i ﬃ c u l t t o a c c e s s

S u b g i n g i v a l . I n s t r u m e n t u s e d f o r s u b g i n g i v a l s c a l i n g .

S u b g i n g i v a l . F o r t h e r e m o v a l o f s u b g i n g i v a l c a l c u l u s

P erio. A long s tr aigh t p with r ounded surf aces, the k60A is used f or g en tle pock et cleaning during periodon t al tr ea tmen t. Used in the an t erior r egion, it is e ﬀ ecv e on smooth surf aces and a t cleaning pock ets up t o 9 mm deep.

P erio Le . Cur v ed t o the le , f or bucc al access in the ﬁr s t and thir d quadr an ts t o cen tr al incisor . Gen tle but e ﬀ ecv e cleansing in pock ets up t o 9 mm deep, then cleansing of fr on t t eeth. Lingual access t o pr emolar s and molar s in the sec ond and f ourth quadr an ts.

P erio Righ t righ t . Cur v ed t o the , f or bucc al access in the ﬁr s t and thir d quadr an ts t o cen tr al incisor . Gen tle but e ﬀ ecv e cleansing in pock ets up t o 9 mm deep, then cleansing of fr on t t eeth. Lingual access t o pr emolar s and molar s in the sec ond and f ourth quadr an ts.

P e r i o S l i m . T h e f a s t a n d m i n i m a l l y ‐ i n v a s i v e P S i n s t r u m e n t i s i d e a l f o r c a l c u l u s r e m o v a l i n d e e p p e r i o d o n t a l p o c k e t s i n a l l q u a d r a n t s .

U s e d f o r s u p r a g i n g i v a l , s u b g i n g i v a l a n d i n t e r d e n t a l c a l c u l u s r e m o v a l

C u r v e d t o t h e l e , u s e d f o r s u p r a g i n g i v a l , s u b g i n g i v a l a n d i n t e r d e n t a l c a l c u l u s r e m o v a l

C u r v e d t o t h e r i g h t , u s e d f o r s u p r a g i n g i v a l , s u b g i n g i v a l a n d i n t e r d e n t a l c a l c u l u s r e m o v a l

K A V O K A V O @ i s a r e g i s t e r e d t r a d e m a r k o f K a V o D e n t a l C o r p o r a o n S O N I C ﬂ e x i s a t r a d e m a r k o f t h e c o m p a n y K a V o D e n t a l C o r p o r a o n 2 4

305 7 0.40.4 k#7 k#5 293 7 8 0.40.4 k # 6 272 1 0 5 0 4 k#60 274 1 3 0 5 301 9 1 0.40.4 k#8 k#61 283 1 2 8 0 5 G K 2 32 5 7 0.40.4 k#62 283 1 2 8 0 5

k PS 235 1 6 0 35

287 1 3 0 5 G K 6 G K 7 G K 5 275 1 3 0.5 275 1 3 0.5

F G ‐ b u r H o l d e r . F G ‐ b u r h o l d e r u s e d t o e x p a n d t h e r o o t c a n a l a n d g r i n d t e e t h

A e n o n : F o r S O N I C ﬂ e x p l e a s e u s e : T W K AV Q

K A V O 2 5 I C P peek 10X

E K 8 k ICP SET ICP

K A V O @ i s a r e g i s t e r e d t r a d e m a r k o f K a V o D e n t a l C o r p o r a o n ‐ S O N I C ﬂ e x i s a t r a d e m a r k o f t h e c o m p a n y K a V o D e n t a l C o r p o r a o n

S i c k l e U s e d t o r e m o v e c a l c u l u s a n d b a c t e r i a l p l a q u e

f r o m s u p r a g i n g i v a l i n t e r d e n t a l c a l c u l u s .

P I E Z O l u x & S O N O s o

P e r i o U s e d t o r e m o v e c a l c u l u s a n d b a c t e r i a l p l a q u e

f r o m s u p r a g i n g i v a l i n t e r d e n t a l c a l c u l u s .

A e n o n : F o r P I E Z O l u x & S O N O s o p l e a s e u s e : T W K AV Q

U n i v e r s a l U s e d t o r e m o v e s u b g i n g i v a l c a l c u l u s

U n i v e r s a l . A c c u r a t e r e m o v a l o f s o l i d s u p r a g i n g i v a l c a l c u l u s i n a l l q u a d r a n t s

P e r i o . W e l l s u i t e d f o r t h e p r e c i s e r e m o v a l o f s t u b b o r n s u b g i n g i v a l a n d s u p r a g i n g i v a l c a l c u l u s a n d c o n c r e o n s i n a l l q u a d r a n t s .

P e r i o S l i m . F a s t a n d m i n i m a l l y ‐ i n v a s i v e , i d e a l f o r c a l c u l u s i n d e e p p e r i o d o n t a l p o c k e t s i n a l l q u a d r a n t s

File Holder 120°. Use with Xpeden t U ﬁles with a shank diamet er of 0.57mm, this p is usually used f or an t erior r oot c anal cleaning.

K A V O @ i s a r e g i s t e r e d t r a d e m a r k o f K a V o D e n t a l C o r p o r a o n ‐ K A V O 235 1 6 0 35 k 2 0 3 235 1 4 5 0 4 k 2 0 2 215 1 0 6 k 2 0 4 P i e z o L E D &

P I E Z O s o

k 2 2 2 2 6

297 6 5 0.40.4 ( PC 1) 266 1 1 0.35 k#10 k#11 ( GC 1) 283 7 7 0.35 k 9 # ( GC 2)

A e n o n : F o r P i e z o L E D & P I E Z O s o p l e a s e u s e : T W K AV M

P i e z o L E D & P I E Z O s o i s a t r a d e m a r k o f t h e c o m p a n y K a V o D e n t a l C o r p o r a o n P I E Z O l u x & S O N O s o P i s a t r a d e m a r k o f t h e c o m p a n y K a V o D e n t a l C o r p o r a o n

S O N I C ﬂ e x q u i c k

S u b g i n g i v a l . I n s t r u m e n t u s e d f o r s u b g i n g i v a l s c a l i n g

U s e d f o r s u p r a g i n g i v a l , s u b g i n g i v a l a n d i n t e r d e n t a l c a l c u l u s r e m o v a l

K A V O 293 7 8 0.40.4 k5A k7A k6A 272 1 0 5 0 4 305 7 0.40.4 k8A 9 1 0.40.4 k60A 274 1 3 0 5 283 1 2 8 0 5

l t

G e n e r a l . F o r c a l c u l u s r e m o v a l f r o m a l

o o t h s u r f a c e s F i n e . F i n e i n s t r u m e n t f o r s m a l l e r a r e a s a n d t h o s e w h i c h a r e d i ﬃ c u l t t o a c c e s s .

S u b g i n g i v a l . F o r t h e r e m o v a l o f s u b g i n g i v a l c a l c u l u s GK5A 287 1 3 0 5 283 1 2 8 0 5 I C P p e e k

10X ICP

K A V O @ i s a r e g i s t e r e d t r a d e m a r k o f K a V o D e n t a l C o r p o r a o n ‐ S O N I C ﬂ e x q u i c k i s a t r a d e m a r k o f t h e c o m p a n y K a V o D e n t a l C o r p o r a o n 2 7 k I C PA S E T

k61A k62A

A e n o n : F o r S O N I C ﬂ e x q u i c k p l e a s e u s e : T W K AV Q

Compa ble p s f or AMDENT sc aler de vices A M D E N T 2 8

Univ er sal. Tip f or subgingiv al sc aling , fur c a ons, supr agingiv al ﬁne sc aling and spot r emov al.

P erio. Primarily f or lingual and bucc al subgingiv al sc aling and fur c a ons. Also used f or supr agingiv al ﬁne sc aling and spot r emov al.

Hea v y Calculus R emov al. Can be used f or lingual and bucc al supr agingiv al sc aling.

A M D E N T

a#37 362 8 8 0 7 a#38 368 1 0 8 0 7 a#39 346 8 6 0 7

A M D E N T @ i s a r e g i s t e r e d t r a d e m a r k o f A m d e n t L t d 2 9

S C A L I N G

Compa ble p s f or

C TR ON Sur g er y de vices 3 0 M E C T R O N

Bone Sa w Os t eot om y of lar g e bone secons during ma xillof acial sur g ery .

Angled Micr o‐Sa w 0.6mm. All the os t eot om y t echniques in ma xilla and mandible; bone block gr aing , horiz on t al os t eot om y ‐ le angle.

Angled Micr o‐Sa w 0.6mm. All the os t eot om y t echniques in ma xilla and mandible; bone block gr aing , horiz on t al os t eot om y ‐ righ t angle.

U S 2‐2

7 8. 5 10

Pr ecision Sa w Used f or cung bone, with gr ea t pr ecision and e ﬃciency . Fiv e sharp t eeth.

Pr ecision Sa w Used f or cung bone, with gr ea t pr ecision and e ﬃciency . F our sharp t eeth.

Sa w T ooth. Used f or cung bone, with gr ea t pr ecision and e ﬃciency .

7 8. 5 10

Basic Scalpel. Os t eot ome of gr ea t pr ecision in ana t omic ally thin s tructur es (f or e x ample ridg e e xpansion, in t er den t al c orc ot omies, non tr auma c nasal spina).

Os t eoplas ty Scalpel. Univ er sal os t eoplas ty , periodon t al os t eot om y , cr own leng thening , bone chip har v es ng , inﬂamma t ory ssue r emov al (cy s ts, et c.).

Special Micr o‐Sa w (3 t eeth). V ery thin and small os t eot om y and c orc ot om y t echnique f or orthodon c micr osur g ery , r oot fr action t echnique f or den t al e xtr acon maneuv er

Implan t Sit e Pr epar a on. T o c orr ect pilot os t eot om y a xis, t o ﬁnalise the implan t sit e pr epar a on close t o the alv eolar ner v e; sinus cr es t al appr oach t echniques.

Os t eot om y & Os t eoplas ty . Os t eot ome of gr ea t pr ecision in ana t omic ally thin s tructur es (f or e x ample ridg e e xpansion, in t er den t al c orc ot omies, non tr auma c nasal spina).

Principal Micr o‐Sa w 0.55mm. Os t eot om y t echnique in ma xilla and mandible, ridg e e xpansion,c orc ot om y t echnique, and bone block gr aing. 78.510

B O N E C U T T I N G

238 1 0 4 45 265 1 8 8 04 4.2 4.2 4 2.6

195 1 4 5 19

3 1 US1 US1L O T5 O T7 US6 US4 US3 US2B US2 US1R M e c t r o n @ i s a r e g i s t e r e d t r a d e m a r k o f M e c t r o n s p a M E C T R O N

3.8

13 2

O T4

7 8. 51011.5

φ2.4

Special Micr o‐Sa w 0.35 (4 T eeth). Very thin os t eot om y , c orc ot om y f or orthodon c micr osur g ery t echniques, r oot separ a on in den t al e xtr acon t echniques and periodon t al sur g ery .

O P 7

* Mectron@ is a registered trademarks of Mectron s.p.a.

Micr o‐Os t eoplas ty . Used f or peri‐apic al ma xillary bone os t eot om y access, the r emov al of inﬂamma t ory ssue.

E ﬃcien t Os t eot om y (5 T eeth). Ridg e e xpansion, bone block gr aing (fr om chin/mandible r amus), LeF ort I os t eot om y t echniques, bila t er al sagi al split os t eot om y

Micr o‐R oot Pr epar a on. Used f or r oot pr epar a on in periodon t al sur g ery

Sinus Membr ane Separ a t or Angled a t 130°. Non‐cung separ a t or of the sinus membr ane.

Sinus Membr ane Separ a t or . Separ a on of the sinus membr ane, 2mm ar ound the fr ame of the bon y window

Sensiv e Bone Cung. Used f or bone cung near so ssue or sensiv e r egions with minimal tr auma. Ball end p, diamond c oa t ed.

Sinus Bone Window Os t eot om y . P eriodon t al os t eot om y , cr own leng thening , bone chip har v es ng , inﬂamma t ory ssue r emov al (cy s ts, et c.).

Sinus Membr ane Separ a t or Angled a t 105°. Non‐cung separ a t or of the sinus membr ane.

O T 7 S ‐4

O P 6 O T 7‐20

78510 3 7 2 2 2 2 2 2

234 1 1 5 45 236 1 0 6 44 20 1 4 7 φ27 22 1 1 05 17 1 4 6 45 3 2 U L 1 U L 2 U L 3 U L 4 U L 5 O p 7 S

M e c t r o n @ i s a r e g i s t e r e d t r a d e m a r k o f M e c t r o n s p a M E C T R O N

U S L I F T I N G

I M P L A N T A T I O N

1.6 mm Enlar g emen t. Used t o enlar g e implan t a on ar ea a v oiding so ssue tr auma.

2.0 mm Enlar g emen t. Used t o enlar g e implan t a on ar ea a v oiding so ssue tr auma.

Fine Pr epar a on. Used f or ﬁnal pr epar a on of bone implan t sit es.

Implan t Pr epar a on. Diamet er 1.6mm x 15mm. Used t o enlar g e implan t sit e.

Implan t Pr epar a on. 2.8 mm Cung head. Deep Pr epar a on. 2.8 mm Cung head.

Diamond Bone P erf or a on. Conic al sur g ery p with diamond la y er f or bone perf or a on. R ec ommended f or pilot os t eot om y in e xtr acon sit es and t o check the alignmen t of the a xis of PIN IM1 pr epar a ons.

Bone P erf or a on. Pr epar a on of the implan t bed, especially bone perf or a on. P arcularly e ﬀ ecv e f or pilot os t eot om y in the an t erior and pos t erior (ma xillary) r egion or t o check the alignmen t of the a xis of the pr epar a ons 2

Bone P erf or a on. Pilot os t eot om y in pos t erior r egion (in the ma xilla).

135 15

78.51011.5

Bone P erf or a on. T o enlar g e or t o ﬁnalise the implan t sit e pr epar a on; insert with double irrig a on t o a v oid ov erhea ng (in the ma xilla).

Bone P erf or a on. T o ﬁnalise the implan t sit e pr epar a on; insert with double irrig a on t o a v oid ov erhea ng (in the ma xilla).

PIN 2‐2.4. 7 85 10 115 13 30 4 9 2 φ1.6 φ1.8 φ2 φ2 φ18 φ1.6 φ1.9 φ2.8 φ0.5 φ2

246 7 8. 51011. 5 13. 5 13 1 5 2

7 85 10 11.5 135 05 7 8. 51011. 5 13. 5 13 0. 5 30 4 9 3 3 3 U I 2 U I 1 U I 7 U I 8 I M 1 I M 3 A U I 9 I M 2 A I M 3 P U I 9 B I M 2 P I M 4 A

M e c t r o n @ i s a r e g i s t e r e d t r a d e m a r k o f M e c t r o n s p a M E C T R O N

Bone P erf or a on. T o ﬁnalise the implan t sit e pr epar a on; insert with double irrig a on t o a v oid ov erhea ng (in the ma xilla). IM4P

Pilot Implan t Sit e Pr epar a on. T o opmise c oncen tricity of implan t sit e pr epar a on betw een Ø 2 and Ø 3 mm.

Micr ometric Os t eot om y T o opmise c oncen tricity of implan t sit e pr epar a on betw een Ø 3 and Ø 4 mm.

E N D O D O N T I C

E ﬃcien t Canal Cleaning. Apic al r oot debridemen t. Gen tle Canal Cleaning. Gen tle apic al r oot debridemen t. E ﬃcien t Canal Cleaning. Apic al r oot debridemen t.

Gen tle Canal Cleaning. Gen tle apic al r oot debridemen t.

E X T R A C T I O N

Extr acon Scalpel. R oot os t eoplas ty t o cut oﬀ the ankylosis, r oot fr acon t echniques.

Angled Extr acon Scalpel. R oot os t eoplas ty in the pos t erior r egions.

Angled Micr o‐Sa w 0.6mm. R oot os t eoplas ty in the pos t erior r egions.

I P 2‐3 78510 13 15 5 11. 5 25 2 1

I P 3‐4 274 1 8 7

UE3 UE2 232 1 4 6 06 232 1 4 6 05 242 1 4 4 06 242 1 4 4 05

196 1 6 5 194 1 6 5 194 1 6 5

3 4 U E 4 U E 1 E X 1 E X 2 E X 3 M e c t r o n @ i s a r e g i s t e r e d t r a d e m a r k o f M e c t r o n s p a M E C T R O N

T ooth Seconing. Saw ‐t ooth p parcularly e ﬃcien t f or hemisecons and r oot amput a ons.

Extr acon Scalpel. R oot os t eoplas ty t o cut oﬀ the ankylosis, r oot fr acon t echniques.

S C A L I N G

Gen tle Scaling. R oot sc aling.

P eriodon t al Scaler . Sc aling and inflamma t ory ssue r emov al, fr actur ed r oot ape x e xtr acon.

Angled Cur e e. Angled cur e e r oot sc aling.

Scaling and Micr odebridemen t. R oot debridemen t and r oot planing during r esecv e and r eg ener a v e periodon t al sur g ery

R oot Surf ace Micr o‐Smoothing. R oot planing. Micr o‐R oot Pr epar a on. R oot pr epar a on in periodon t al sur g ery .

Micr o‐Os t eoplas ty . In t erpr o ximal os t eoplas ty and r oot planing.

U C 1 194 1 6 5 06 19 1 3 4 06

UP6 22 8 7 22 8 7 193 1 0 4 211 1 3 5 φ07 φ06 φ08 3 5 UP4 UP5 U P 1 U P 2 U P 3 U P 7 X M ‐ N I N J A

M e c t r o n @ i s a r e g i s t e r e d t r a d e m a r k o f M e c t r o n s p a M E C T R O N

I C P peek 10X ICP I M P L A N T C L E A N I N G 3 6 m I C P S E T M e c t r o n @ i s a r e g i s t e r e d t r a d e m a r k o f M e c t r o n s p a M E C T R O N

Compa ble p s f or EMS Sur g er y de vices

E M S 3 7

Corcal Bone Sa w Saw in t ended f or cung of c orc al bone in sur gic al orthodon cs, pr e‐implan t sur g ery , and bone dis tr acon.

Le Corcal Bone Sa w Le ‐orien t ed bone saw used f or cung the r amus c orc al bone.

Righ t Corcal Bone Sa w Righ t ‐orien t ed bone saw used f or cung the r amus c orc al bone.

Cir cular Scalpel. Cir cular sc alpel a t 130° f or os t eoplas ty and har v es ng of bone parcles or chips.

Fla t Scalpel. F or ﬁne os t eot omies. All high‐pr ecision os t eot om y t echniques such as cr es t e xpansion, os t eot om y line, dis tr acon, appr oach of the v es bular bone ﬂap in the pr esence of a thick c ort e x in sinus sur g ery

Cur v ed Scalpel. E ﬀ ecv e f or subs t an al osseous r eshaping. It is used t o perf orm os t eoplas es and r eshaping of the bone not assuring the t ooth support. It c an also be used t o mark a pr os thec r e f er ence poin t on enamel, wher e os t eoplas ty will begin.

Special Micr o‐Sa w . Os t eot om y t echnique in ma xilla and mandible, ridg e e xpansion, c orc ot om y t echnique and bone block gr aing.

E M S @ i s a r e g s t e r e d t r a d e m a r k o f E l e c t r o M e d c a l S y s t e m s S A

E‐ B S 4 E‐ B S 6 E‐ B S 5

E‐ B S 1 E

E M S 3 8 B O N E S U R G E

‐BS2R

‐BS2L E ‐BS6F

E ‐SL1

Sinus Bone Window Os t eot om y . Diamond‐c oa t ed p f or v es bular bone window cut and a enua on of sharp angles.

E ‐SL2

Micr ometric Os t eoplas ty . Diamond‐c oa t ed ball p f or smoothing the v es bular bone window and pr ecise os t eoplas ty .

E ‐SL3

Sinus Membr ane Separ a t or . Non‐cung p ser v ed f or schneiderian membr ane elev a on on the window's edg es.

Sinus Membr ane Elev a t or . angled non‐cung spa tula 90° (4mm) allow s the sinus membr ane t o be li ed deep inside the sinus.

Non‐Cung Spa tula. Non‐cung spa tula used f or schneiderian membr ane elev a on inside the sinus and f or diseng ag emen t of ana t omic al s tructur es.

E ‐L C1

E ‐L C1/90

R oot Os t eoplas ty Used f or s yndesmot om y and perir adicular os t eot om y . Extr acon Scalpel. Used f or cung lig amen ts with minimal tr auma when pulling out ﬁrm and solid t eeth.

E ‐L C2L

Angled Scalpel. Le ‐orien t ed a t 45°, p f acilit a t es access t o the pos t erior ar eas.

E ‐L C2R

Angled Scalpel. Righ t ‐orien t ed a t 45° p f acilit a t es access t o the pos t erior ar eas.

E ‐L C2

Slim Scalpel. Slim p, parcularly slim, allow s f or access t o the gh t spaces betw een the r oot and the alv eolar bone.

R oot Amput a t or . Saw ‐t ooth p parcularly e ﬃcien t f or hemisecons, r oot amput a ons.

E M S E M S @ i s a r e g i s t e r e d t r a d e m a r k o f E l e c t r o M e d i c a l S y s t e m s S A

E ‐SL4 E ‐SL5

S I N U S L I F T I N G

E X T R A C T I O N

3 9

E ‐Pir ahna

Compa ble p s f or S A TELE C SUR GER Y de vices S A T E L E C 4 0

Corcal Bone Sa w Saw in t ended f or cung of c orc al bone in sur gic al orthodon cs, pr e‐implan t sur g ery , and bone dis tr acon.

Le Corcal Bone Sa w Le ‐orien t ed bone saw used f or cung the r amus c orc al bone.

Righ t Corcal Bone Sa w Righ t ‐orien t ed bone saw used f or cung the r amus c orc al bone.

Cir cular Scalpel. Cir cular sc alpel a t 130° f or os t eoplas ty and har v es ng of bone parcles or chips.

Diamond Bone P erf or a on. Conic al sur g ery p with diamond la y er f or bone perf or a on. R ec ommended f or pilot os t eot om y in e xtr acon sit es and and t o check the alignmen t of the a xis of PIN IM1 pr epar a ons.

Bone P erf or a on. T o enlar g e or t o ﬁnalise the implan t sit e pr epar a on; insert with double irrig a on t o a v oid ov erhea ng (in the ma xilla).

B S 1 B S 2 L V ‐ B S 1 V ‐ B S 2 L

B S 2 R B S 6 B S 5 B S 4 X S ‐ I M 1 X S ‐ I M 2 A X S ‐ I M 3 A V ‐ B S 2 R V ‐ B S 6 V ‐ B S 5 V ‐ B S 4 V ‐ I M 1 V ‐ I M 2 A V ‐ I M 3 A Piezotome 1 Piezotome 2 B O N E S U R G E R Y I M P L A N T A T I O N S A T E L E C 4 1 P i e z o t o m e @ i s a r e g i s t e r e d t r a d e m a r k o f A c e t o n g r o u p

Piezotome 1 Piezotome 2

Sinus Bone Window Os t eot om y Diamond‐c oa t ed p f or v es bular bone window cut and a enua on of sharp angles.

Micr ometric Os t eoplas ty Diamond‐c oa t ed ball p f or smoothing the v es bular bone window and pr ecise os t eoplas ty

Sinus Membr ane Separ a t or Non‐cung p ser v ed f or schneiderian membr ane elev a on on the window's edg es.

Sinus Membr ane Elev a t or Non‐cung 90° angled spa tula allow s the sinus membr ane t o be li ed deep inside the sinus. Diamet er of the spa tula: 4mm

Non‐Cung Spa tula. Non‐cung spa tula used f or schneiderian membr ane elev a on inside the sinus and f or diseng ag emen t of ana t omic al s tructur es.

R oot Os t eoplas ty . Used f or s yndesmot om y and perir adicular os t eot om y

Extr acon Scalpel. Used f or cung lig amen ts with minimal tr auma when pulling out ﬁrm and solid t eeth.

Slim Scalpel. Slim p, parcularly slim, allow s f or access t o the gh t spaces betw een the r oot and the alv eolar bone.

Angled Scalpel. Le ‐orien t ed a t 45°, p f acilit a t es access t o the pos t erior ar eas.

Angled Scalpel. Righ t ‐orien t ed a t 45°, p f acilit a t es access t o the pos t erior ar eas.

oot Amput a t or . Saw ‐t ooth p parcularly e ﬃcien t f or hemisecons and r oot amput a ons.

S A T E L E C

S I N U S L I F T I N G

X T R A C T I O N

4 2 S L 1 S L 2 V ‐ S L 1 V ‐ S L 2 S L 3 V ‐ S L 3 S L 4 S L 5 V ‐ S L 4 V ‐ S L 5 B S 2 R V ‐ B S 2 R L C 1 L C 1/90 V ‐ L C 1 V ‐ L C 1/90 L C 2 V ‐ L C 2 L C 2 L L C 2 R V ‐ L C 2 L V ‐ L C 2 R P ir ahna V ‐ P ir ahna P i e z o t o m e @ i s a r e g i s t e r e d t r a d e m a r k o f A c e t o n g r o u p

T O R Q U E W R E N C H E S

P l a s c T o r q u e W r e n c h

K aV o®

T o r q u e w r e n c h f o r S O N I C F L E X ,

P I E Z O l u x & S O N O s o , S O N I C ﬂ e x q u i c k

K aV o®

T o r q u e w r e n c h f o r K AV O

P i e z o L E D & P I E Z O s o

F o r a l l A m d e n t p s

T W S A T P

elec®

Sa t

T W N S K P T W S I R P

ona®

Sir

P l a s c T o r q u e W r e n c h N S K ®

M S ®

T W E M S P

Wrench W E N D O I C P W R E N I C P Wrench T W M E C M

l M E C T R O N

W K A V Q

Plas c T or que W r ench

Endo

Mectr on® F o r a l

p s T

T W K A V M

M I S C E L L A N E O U S 4 3

W A M D M

Amden t®

U ‐ F I L E S ( 3 2 m m )

2 2 2 .

N ‐ S

U F ‐15/32 U F ‐ 2 0 / 3 2 U F ‐ 2 5 / 3 2 U F ‐ 3 0 / 3 2 ø 0.15mm 10pieces/bo x ø 0.2mm 10pieces/bo x ø 0.25mm 10pieces/bo x ø 0.3mm 10pieces/bo x

U F ‐ S E T /32 M I S C E L L A N E O U S 4 4 T H R E A D C H E C K E R S T C ‐4 T C ‐5 T C ‐6 T C ‐ 1 T C ‐ 2 T C ‐ 3 A e n o n : O u r U ‐ F i l e s w o r k w i t h t h e f o l l o w i n g ﬁ l e h o l d e r s : E 1 , E S 1 , E N 1 , E D 1 , E 2 , E S 2 , E N 2 , E D 2 a n d k

S I R O N A A M D E N T

T E L E

A T E L E

U‐Files (32mm) This set c on t ains 1 piece each of UF‐15/32, UF‐20/32, UF‐25/32 and UF‐30/32.

S A

C ‐ P i e z o t o m e 1 S

C ‐ P i e z o t o m e 2

E L E C

S K

O N I C

e x

M E C T R O

g e r y K AV O P i e z o L E D / P I E Z O s o E M S M E C T R

N K AV O ‐ P I E Z O l u x / S O N O s o S A T

K AV O ‐ S

ﬂ

N S K ‐ A i r K AV O ‐ S O

ﬂ e x q u i c k E M S ‐ S u r g e r y

E M S Compatible

N O - L E D Handpiece

E M S Compatible

L E D Handpiece

S AT E L E C Compatible

N O - L E D Handpiece

S AT E L E C Compatible L E D Handpiece

Xpeden t handpieces ar e manuf actur ed fr om aluminium, they ar e ther e f or e able t o withs t and aut ocla ving without the e xt erior cr acking pr oblems o en associa t ed with plas c handpieces. They ar e c ompa ble with EMS and S A TELE C machines. LED handpieces ha v e a diﬀ er en t c onnecon fr om non‐LED

A U T O C L A V A B L E T I P H

E R S

H P E M S L E D H P S A T L E D M I S C E L L A N E O U S 4 5 S C

A L E R H A N D P I E C E S

H P E M S H P S A T T i p h o l d e r w i t h c o v e r T i p h o l d e r T H T H W C

S H E L ‐ B E E M S S H E L ‐ B E S A T M I S C E L L A N E O U S 4 6 B U I L T ‐ I N S C A L E R M A C H I N E S Built ‐in Scaler: F or ins t alla on in t o den t al chair

E M S P H P E M S L E D 5 T i p s e P e P S e A e A e I C P

T I P W A L L E T S

The p w allets ar e made fr om black anodised aluminium. They ar e designed t o show our p r ang e t o bes t adv an t ag e. The s t andar d w allets DEMO1 and DEMO1S c on t ains our r ec ommended r ang e. W allets c an be cus t omised f or ODM or OEM use. They ar e r ec ommended f or both use a t den t al show s and by tr a v elling sales s t aﬀ

M I S C E L L A N E O U S 4 7

D E M O 1 D E M O 1 S

D E M O 3

H e a d O ﬃ c e

X p e d e n t U K L t d

T h e O l d G r a n a r y

E a s t S t r e e t

W e s t C h i l n g t o n

W e s t S u s s e x

R H 2 0 2 J Y

E n g l a n d

w w w . x p e d e n t . c o m

VA T n o : G B 9 1 2 8 4 4 8 1 9

Con t act

S a l e s O ﬃ c e

X p e d e n t A u s t r i a G m b H

M i l l e n n i u m P a r k 9

6 8 9 0 L u s t e n a u

A u s t r i a

T e l . : + 4 1 7 8 6 4 0 5 5 7 8

a n d r e a s @ x p e d i e n c y . c o m

w w w . x p e d e n t . c o m

C o n t a c t : M r . A n d r e a s R i e d e r e r

VA T n o : A T U 7 5 4 2 1 4 4 7

1 . 1 . 2 0 2 2