Post on 10-Feb-2018
7/22/2019 Planmeca Promax 3D Max CBVT product presentation
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Planmeca ProMax 3D Max
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3D technology
CBCT - Cone Beam Computed
Tomography
CBVT - Cone Beam Volumetric
Tomography
DVT Digital Volume Tomography
A technological advance from traditional
CAT Scan, medical CT or fan eamCT
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Cone beam 3D
X-ray source
object
Line detector
Movement of translationand axis of rotation
X-ray source
object
axis of rotation
Flat paneldetector
Cone eam !D ta"e# the $hole !D volume $ith one #can in#tead of many#lice# $ith many #can#%
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Planmeca ProMax 3D Max
Dedicated !D unit
Simple and ea#y patientpo#itioning
&ootic SCA&A movement,
ad'u#tale volume place Selectale image volume #i(e,
minimi(e radiated volume )rogram# to match diagno#tic
ta#" *ate#t flat panel technology )ul#ed +-ray generator
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Easy positioning
le.ile head and patient #upport
)atient #tanding or #itting
Vertical fine-ad'u#tment of the volume
Automatic vertically driving patient po#itioning #y#tem ma"e# the #titching
of a#ic volume# ea#y
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3D image volume location
)re-de#igned imaging program# for
different target#
Dental program#/ 0nci#or#, Canine#,
)remolar#, 1olar#, T12
34T 53ar, 4o#e, Throat6 program#/
Sinu#, 1iddle ear, Temporal one,
Verterae, Air$ay#
SCA&A-arm can po#ition the rotation
centre at any place
Ad'u#tment of the volume diameter i#
po##ile
ine ad'u#tment $ith thum $heel,
'oy#tic" and la#er light# "V7mA automatically #elected according
to patient #i(e
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3D image volume sizes
rom #mall 89: . 99 mm to large $hole head #i(e 8;!: . ;
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3D Dental programs
Tooth
Adult/ 89: mm . 99 mm
Child/ 8>; mm . 9: mm
Vo.el Si(e/ ?::@m, ?9: @m, ;::@m, >::@m
Teeth Adult/ 8?:: mm . 99 mm, 8?:: mm . : mm
Child/ 89 mm . 9: mm, 89 mm . 9 mm
Vo.el Si(e/ ?9: @m, ;::@m, >::@m
Jaw
Adult/ 8?!: mm . 99 mm, 8?!: mm . : mm,
Child/8??: mm . 9: mm, 8??: mm . 9 mm
Vo.el Si(e/ ;::@m, >::@m
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3D Dental programs
Face Adult/ 8?:: mm . ?!: mm, 8?!: mm . ?!: mm,
8?!: mm . ?::@m
Skull Adult child/ 8;!: mm . ?:: @m
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3D ENT programs
Sinus Adult child/ 8?:: mm . : mm, 8?:: mm . ?!:
mm, 8?!: . ?!: mm, 8?!: . ?:: @m
Middle ear Adult/ 89: . 99 mm
Child/ 8>; . 9: mm Vo.el Si(e/ ?:: @m, ?9: @m, ;::@m
Middle ear pair Adult/ 89: . 99 mm
Child/ 8>; . 9: mm Vo.el Si(e/ ;:: @m, >:: @m
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3D ENT programs
Temporal bone
Adult/ 8?:: . : mm
Child/ 89 . 9 mm Vo.el Si(e/ ?9: @m, ;::@m
Temporal bone pair
Adult/ 8?:: . : mm Child/ 89 . 9 mm Vo.el Si(e/ ;::@m, >:: @m
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3D ENT programs
Vertebrae
Adult/ 8?:: . : mm, 8?:: . ?!: mm
Child/ 89 . 9 mm, 89 . ??: mm
Vo.el Si(e/ ;::@m, >::@m
Airways
Adult/ 8?:: . : mm, 8?:: . ?!: mm, 8?!: .
?!: mm, 8?!: . ?:: @m
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Imaging modes
Eigh re#olution mode
Vo.el #i(e ?:: @m
>:: or >9: frame# 3ffective e.po#ure time ?; #
ED 5Eigh Definition6 mode
Vo.el #i(e ?9: @m
9:: or :: or >9: frame#
3ffective e.po#ure time ?; #
*o$ do#e mode
Vo.el #i(e >:: or 9: frame# *o$er e.po#ure value#
3ffective e.po#ure time ;%> #
&emar"aly lo$er do#e
Small file #i(e
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Planmeca omexis 3D
)lanmeca &ome.i# i# the #oft$are for
capturing, vie$ing, and proce##ing ;D and
!D image#%
All patient image# including intraoral ande.traoral +-ray image#, !D image#, #can#,and photograph# are all #tored and
proce##ed $ithin one ea#y to u#e #y#tem%
The #oft$are i# fully D0C=1-compatile,
and !D image# can e tran#ferred to anyother #y#tem that receive# image# in
D0C=1 format, #uch a# implant planning#oft$are%
!D image# can e $ritten directly into a
CD $ith )lanmeca &ome.i# Vie$er to
for$ard image# to a con#ulting doctor% &ome.i# i# 2ava a#ed #oft$are that run#
on Findo$# and 1ac =S operating
#y#tem# and emrace# modern 0T#tandard#%
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Planmeca omexis 3D Explorer
The #tandard module for !D image
acGui#ition and vie$ing%!D image# can e freely navigated
and re-#liced in real time%
Sagittal, coronal and a.ial vie$#,
real time re-#licing, free rotation and
moving
!D rendered vie$ $ith different
option# i%e% colouring and cropping
Ad'u#ting grey#cale#H rightne##,
contra#t and gamma
*ine and angle mea#urement#
Ver#atile printing feature# for
#tunning printout#
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Planmeca omexis 3D Panoramic vie!
The panoramic curve can e ea#ily
edited further to match the patient
anatomy or the ne$ curve can edra$n%
The thic"ne## of the panoramic layer
can e freely defined and #everal
panoramic image# $ith different layer#can e generated in the #ame vie$%
Tilting the image in #agittal vie$ !D rendered vie$ $ith panoramic plane Ad'u#ting grey#cale#H rightne##,
contra#t and gamma Ver#atile printing
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Planmeca omexis 3D Cross "ections
module)roduce# cro## #ectional, and a.ial #lice#
or panoramic vie$# of the !D image%
The numer of the #lice# a# $ell a# the
thic"ne## and di#tance et$een the #lice#
can e freely defined%
The mandiular nerve can e mar"ed
and the mea#urement# can e done in
any of the vie$#%
Ad'u#ting grey#cale#H rightne##, contra#t
and gamma
*ine and angle mea#urement#
Ver#atile printing
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Planmeca omexis 3D Implant planning tools
)lanmeca &ome.i# !D 0mplant tool#
allo$# accurate implant planning%
0mplant placement i# a##i#ted y
implant model# corre#ponding actual
#i(e of real implant#%
Selected implant# are al#o availale in
reali#tic !D model#%
0mplant mea#urement tool
Creating o$n implant lirarie#
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Planmeca omexis 3D TM# module
The )lanmeca &ome.i# T12
module #upport# accuratediagno#i# of T12 area% The #i(e, location and aligment
of the pro'ection# can e freelydefined and a dedicated vie$i# provided for each T12%
Both left and right T12# areavailale in one vie$ for ea#ycompari#on%
Defining freely the numer,thic"ne## and di#tance of
cro## #ectional andlongitudinal #lice#
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3D rendering
)lanmeca &ome.i# provide# different rendering #tyle# for different u#erpreference#% 0mage# created $ith rendering are ea#y to under#tand andclearly de#criptive al#o for le## e.perienced vie$er% They are very u#efulin patient con#ultation and education% The !D rendered image can ecutted, coloured and ad'u#ted in many $ay#%
lat Surface
Shaded Shiny
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Planmeca omexis DIC$M
D0C=1 0mport73.port for e.porting and importing #ingle image# D0C=1 D0& 1edia Storage enale# importing or e.porting all patient
image# at the #ame time D0C=1 Storage i# u#ed to #tore image# into the ho#pital# D0C=1 image
archive 5)ACS6% D0C=1 )rint i# u#ed to print the image# $ith a D0C=1 printer% D0C=1 Iuery7 &etrieve i# u#ed for retrieving image# from D0C=1 image
archive%
D0C=1 For"li#t i# u#ed to import a patient li#t from D0C=1 For"li#tServer% D0C=1 Storage Commitment i# a confirmation of #ucce##ful image
#torage% D0C=1 1odality )erformed )rocedure Step 51))S6 #end# #tudy 0D,
#tatu#, date#, patient name in #tarting the e.po#ure, and date# andcomplete li#t of image# including +-ray parameter# to the #erver afterclo#ing e.po#ure ta#"%
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Planmeca omexis compatibility
The !D image# e.ported from
)lanmeca )ro1a. !D and)lanmeca &ome.i# in #tandard
D0C=1 format can e u#ed in any
D0C=1 compatile #oft$are for
further diagno#i#, analy#i# or
planning%
3.ample#/ 1atriali#e Simplant and
4oel Juide )rocera
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Planmeca omexis 3D %ie!er
)lanmeca &ome.i# !D vie$eri# a light #oft$are $hich youcan add on CD7DVD $ith theimage data and it offer#almo#t the #ame functionalitya# your in#talled )lanmeca&ome.i# !D
Ba#ic vie$ing andmea#urement# 0nclude# 3.plorer, )anoramic,
Cro## Section and 0mplantvie$# depending on thema#ter licence
Pl P M d l di l d l &
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Planmeca ProModel medical models &or
true visualisation The )lanmeca )ro1odel phy#ical model i#
manufactured a#ed on the )lanmeca
)ro1a. !D image% =nline ordering interface integrated into
)lanmeca &ome.i#%
4o need for #pecial imaging protocol# or!D imaging mode#, a normal )lanmeca)ro1a. !D image in any mode ofe.po#ure i# #ufficient%
Eigh informative valueH increa#edunder#tanding of challenging ca#e# yrevealing the anatomic detail# andrelation# efore actual operation%
A##i#ting tool for preoperative planning ofdemanding operation#%
)erfect tool for communication et$eendifferent treatment #ta"eholder#%
Shorter treatment time#, increa#ed patient#afety and improved re#ult# for demandingoperation#%
3.cellent for training and education%
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Cone beam 3D technology
)lanmeca )ro1a. !D $or"# $ith coneeam volumetric tomography 5CBVT6
principle% CBVT u#e# $ide conical orpyramid #haped .-ray eam in#tead ofnarro$ fan eam% The !D image i# onethic" volume, not a pile of narro$ #lice#%
CBVT #can i# only one rotation aroundthe patient% 1edical CT need# #everalround# around the patient%
CBVT/
i# fa#ter
ha# lo$er do#e
ha# etter re#olution
+-ray #ource
o'ect
*ine detector
1ovement of tran#lationand a.i# of rotation
X-ray #ource
o'ect
a.i# of rotation
lat paneldetector
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3D Technology
Snap #hot image# ta"en $ith#ynchroni(ed +-ray pul#e#
Stroo#copic effect for ma.imumclarity of the image#
Accumulated +-ray e.po#ure time i#;%> ? # reduced do#e
)roprietary !D recon#tructionalgorithm
Vo.el #i(e ?::, ?9:, ;::, >:: or
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ProMax 3D Max "canning
Symmetric #canning
C-ram rotate#
1agnification ?%. Scan angle ;?: deg
!:: frame#
1a.% volume 8?:: . ?!: mm
A#ymmetric off-#et #canning
3lo$ arm rotate#
1agnification ?%>>. Scan angle !9: frame#
1a.% volume 8;!: . ?
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'symmetric o&&(set scanning
Sen#or #hift change# the acGui#ition
geometry and reduce# the final imageGuality
The #hift of $hole c-arm remain# the
acGui#ition geometry con#tant andproduce# etter final image
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Isotropic voxel
CBVT ha# al$ay# an i#otropic vo.el The recon#truction can produce any
#i(e of vo.el The vo.el i# al$ay# perfect cue The mea#urement# are e.act Vo.el #i(e i# typically :%? :%9 mm
CT ha# an ani#otropic vo.el
The vo.el i# al$ay# a Kric"L The pitch 5M di#tance et$een
#piral round# M layer thic"ne##6varie# and cau#e# di#tortion in the!D mea#urement#%
The layer thic"ne## i# typically :%9 :% mm
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Pulsed )(ray
)ul#ed +-ray produce# #harp image# $ith le## do#e%
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+-ray Tue )atient 0mage 0nten#ifier TV Camera
Digital 0mage
+-ray Tue )atient lat )anel
- Digital 0mage
1odern lat )anel Technology for ma.imum performance
3D Technology *+lat Panel
)lanmeca )ro1a. !D 1a. flat panel
imaging chain
Conventional imaging chain $ith 0mage
0nten#ifier
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3D Technology * +lat Panel
0mage inten#ifier ha# oth
di#tortion and rightne## non-
uniformity $hich i# a#ent from
the flat panel detector 0mage inten#ifier need# periodical
maintenance% 0t ha# limited life
#pan !-< year#% 0t i# #en#itive to magnetic or
electrical field#% 0t i# over
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3D technology * Tube Current Modulation
Different attenuation propertie# acro##
and along the patientN# head
Tue current 5mA#6 can e dynamicallyad'u#ted
&educe# patient do#e and improve#
image Guality
more
less
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adiation dose
&adiation do#e of CBCT !:- :: @Sv
Same level a# full mouth #erie# $ithfilm
3##entially lo$er than medical CT
)ro1a. !D 1a. do#e 99 !:: @Sv
Medical CT 1!!"##!! uS$Dr Stuart Fhite, OC*A
%i&' (an )'*"1)'+ uS$
FMS 1,! uS$Dr Sharon Broo"#, = of 1ichigan
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Planmeca ProMax 3D models
)lanmeca )ro1a. !D family offer# a #olution for the mo#t demandingimaging need#, producing variou# imaging #i(e# $ith one concept anideal imaging #i(e for different ma.illofacial application#%
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The End
1ore information/
3r""i Eiltunen
)roduct 1anager, +-ray#
tel/ P!9 ;: 9 >9