Veraviewepocs 3DR100

Thinking ahead. Focused on life.

Veraviewepocs 3D R100
MORITA image excellence for all offices
The Veraviewepocs 3D R100 offers the unique MORITA image quality for every dentalPractice. The Veraviewepocs 3D R100 has revolutionized 3D imaging and continues to set
standards. Superior image quality in 3D and 2D, the MORITA-exclusive Panoramic Scout
function and the MORITA-exclusive Reuleaux image format are just a few examples. In
addition, there are features such as 6 selectable exposure areas, an automatic exposurefor panorama shots and innovative techniques for automatic dose reduction.

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3

3D Reuleaux Full Arch Field of View

Blue line indicates full arch FOV, equivalent to ∅ 10 0 mm.

Patent Pending Technology
Morita's completely unique 3D Reuleaux Full
Arch FOV abandons the typical cylinder witha convex triangle shape. By more closely
matching the natural dental arch form,
this groundbreaking FOV reduces dose byexcluding areas outside the region of interest
and allows a complete scan of the maxilla
and/or the mandible.

Reduce dose with the innovative 3D Reuleaux FOV.
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Various Fields of View
Exposure Areas forMultiple Diagnostics
The Veraviewepocs 3D R100 model
offers a total of 6 exposure areas fromØ 40 x H 40 mm up to Ø 100 x H 80 mm
for various diagnostic needs.
The full arch scan captures the maxilla
and/or the mandible with the equivalentof 100 mm in diameter and two height
options of 50 or 80 mm. Its full archcapability, reduced dose, and exceptional
clarity are ideal features for implant
planning and oral surgery. This unit
also offers small and medium field ofview sizes suitable for endodontics,
periodontics, as well as general dentistry.

Ø 100 mmØ 40 FOVØ 100 mm

Ø 80 FOVØ 100 mm

R100 Full Arch FOV

Fields of View

Ø 100 (Equivalent) x H 80 mm* Ø 100 (Equivalent) x H 50 mm*

Ø 80 x H 80 mm

Ø 80 x H 50 mm

Ø 40 x H 80 mm

Ø 40 x H 40 mm

Veraviewepocs 3D R100

*3D Reuleaux Full Arch FOV

5High Resolution Images
With Dose Reduction Feature
Dose Reduction Feature
Through advanced engineering, a Dose Reduction Mode
optimizes the intensity of the X-rays which lowers exposurefor easily penetrated tissues. Dose is reduced to a mere 60%of the standard mode.* By maximizing efficiency, the maxillarysinus membrane appears sharper than ever before with fewer
artifacts.**

Resolution & Clarity
Veraviewepocs offers high resolution images of 125 µmvoxel. It provides clear images of the periodontal pocket,
the periodontal ligament, and the alveolar bone. It isextremely useful for implant therapy from planning topost-operative observation.

Spatial Resolution

MTF: Modulation Transfer Function
MTF [%]
10090

Tube Voltage: 80 kV
Tube Current: 1.0 mA
MTF at 2 Lp/mm > 10 %8070605040302010001234

Spatial Frequency [Lp/mm]

Super-High Resolution for All Image Areas
The resolution of Veraviewepocs is greater than 2 line
pairs per mm (MTF 10%). The highly detailed images
have a voxel size of 0.125 mm per side, and the slice
thickness and interval can be set between 0.125 and12.375 mm.
Note: The largest field of view of the Veraviewepocs
3D R100 model, Ø 100 mm (Equivalent) x H 80 mm,
offers a voxel size of 0.16 mm.
Ø 40 x H 80 mm high resolution image taken in Dose Reduction Mode

* For Ø 4 0 X H 8 0 mm exposures. ** Compared to standard exposure mode.

6Easy 3D Positioning
Flexibility
Veraviewepocs offers flexibility
in positioning methods. Theregion of interest can bepositioned by the panoramicimage, the bi-directional scout,or the 5 positioning laser
beams.
Panoramic Image with Scout
FeatureBefore taking a 3D image,a high resolution panoramic
exposure is taken to target
the region of interest on thePC monitor. The C-arm willautomatically move into theoptimum patient position to get
3D images at the center of theregion of interest.
Two-Direction ScoutAfter initial positioning isaccomplished by the 3
positioning laser beams, bidirectional X-ray images canbe taken to confirm that theposition is accurate. If it is not,simply adjust the position of
the image on the computer byplacing the cursor at the centerof the region of interest.

+1

Simply double click the cross todisplay the equivalent CT image.

Clinical Case Example
The panoramic image above reveals ahorizontally impacted left mandibular canine.
Further inspection with a 3D volume shows
the relationship of the impacted tooth and theanterior mandibular incisors. It also reveals
widening of the follicular sac suggesting thepresence of a dentigerous cyst.

Direct Positioning with
Laser Beams
Positioning laser beams set
the patient‘s position and alignthe region of interest manually.

73D Images for Implant Planning

Planning Process
Successful placement of implants
starts with the very criticaland detailed planning process.
Identification of structures such as
the sinus cavity, inferior alveolar
nerve, and clear views of the bone
structure are needed.
Veraviewepocs 3D R100 is ideal
for implant planning with full arch
imaging, industry leading clarity, andlow dose to the patient.

8Softwarei-Dixel 2.0 software offers advanced
implant planning features, plus
compatibility with popular third party
software.
cMPR Image Processing
Create cross sectional images of thedental arch.
Mandibular Canal Tracing
Highlight the mandibular canalfor easier viewing, measuring
the distance to the implant anddetermining its buccal and lingual
position.

Panoramic Imaging

After focal plane adjustment

AF Automatic Positioning
This function makes patient
positioning nearly effortless.
A light beam sensor
automatically positions the unit
without requiring the patient tomove. The light beam sensor
measures the distance to thepatient‘s teeth, then the arm
automatically moves into theoptimal position. This process
produces images with a highdegree of reproducibility.

DDAE (Digital Direct AutoExposure)
The DDAE function controls
X-ray emission in real timedepending on the area being
examined and produces awide dynamic range, as well
as sharp and exceptionally
clear images.

AIE (Auto Image
Enhancement)This software processing
function uses alogarithmic conversion toadjust the overall density
and to highlight shaded
details, creating a better
image.

Orthogonal PanoramicThis projection controls theangle of X-ray penetration toreduce the overlapping ofindividual teeth.
Shadow Reduction
Panoramic
This projection controls theangle of X-ray penetration toreduce the mandibular
ramus shadow.

LightEmitter

Computer

CMOS
SensorStandard Panoramic
The X-Y movement and arm
rotation are coordinated by acomputer control system tocreate a projection with theoptimum image layer shape.

X- rayHeadPSD
SensorAF Automatic Positioning Technology

DDAE Mechanism9

Partial Panoramic Function
When a full panoramic image is not required, 1 to 5 sections of the panoramic image, as well as the maxillary sinus, can beexcluded to expose only those areas within the region of interest. By excluding parts of the dental arch, dose is reduced.
The partial panoramic function is easy to operate. Simply press the Partial Panorama key and the panoramic and maxillary sinus
appear with equally divided sections. Select any to exclude them from the irradiation area.

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Cephalometric Imaging
High Speed
The Veraviewepocs system offers high speed
performance requiring only 2.6 to 5.8 seconds
for a lateral projection. The speed helps ensurehigh quality images each and every time. For
pediatric patients, the reduced scan time isespecially helpful as repeat images due topatient movement are virtually eliminated.
Low DoseWith only a tenth of the dose compared
to a conventional X-ray*, the exposurelevel is significantly reduced.
High Quality Image with WideDynamic Range
You obtain far more information about
hard and soft tissue – with just a single
acquisition.
Variable Imaging Processing
The variable image processing techniquegenerates optimum grayscale values byvarying scanning speeds for hard andsoft tissue.
Processing Time
On average, image processing iscompleted within just 20 seconds.

Partial Cephalometric
ImagesIf not needed forexamination, X-ray dose canbe reduced by eliminating
the area behind the auditory
canal. There are
3 partial image patterns.

* Comparison made to Veraviewepocs film - based system

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Clinical Cases
Implantology
The patient was seen for a routine follow-up visit following implant placement in the area of the left maxillary lateral incisor.
The implant had been placed 3 months earlier. The coronal, sagittal, and axial planes revealed a large, round, well defined,non-corticated, low density area associated with the apical aspect of the implant. The high resolution images also showsabsence of the buccal cortical plate confirming a poor prognosis for the case due to peri-implantitis.

Endodontics
The patient reported history of trauma in the left anterior maxilla. A cone beam CT volume of the maxilla was acquired withthe 3D R100. The sagittal and axial views both showed a horizontal fracture associated with the buccal aspect of the cervicalportion of the endodontically treated left lateral incisor. The sagittal plane also revealed perforation of the buccal cortical plate.

Perforation
buccal plate

12Oral Surgery
Patient was referred for surgical removal of the mesial impacted right mandibular third molar. A cone beam CT volume wasacquired with the 3D R100 to determine root-nerve proximity. The sagittal and coronal views revealed the path of the rightinferior alveolar canal through the roots of the right mandibular third molar and thinning of the lingual cortical plate.

Periodontics
The patient reported tooth sensitivity in the left maxillary second molar. A small volume cone beam CT of the left posterior
maxilla was acquired with the 3D R100. The sagittal and coronal views showed severe vertical bone loss associated with thepalatal root of the left maxillary second molar, along with mucosal thickening in the left maxillary sinus.

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Specifications
Trade name:Veraviewepocs 3D

Model:

X550

Type:

EX-1, EX-2

Unit configurations:(EX-1, EX-2 available
in all configurations)Veraviewepocs 3D R100 Pan
Veraviewepocs 3D R100 Pan/Ceph

Input voltage:

EX-1: AC 120V 60 Hz
EX-2: AC 220/230/240V 50/60 Hz

Power consumption:

2.3 kVA

Maxillary Sinus Panoramic (posterior and anterior)
Magnification: 1.5 X throughout

W 40.15" x D 51.18" x H 92.72"(W 1,020 x D 1,300 x H 2,355 mm) ­TMJ Quadruple Image
Magnification: 1.3 X throughout

With Cephalometric:

W 78.74" x D 51.18" x H 92.72"(W 2,000 x D 1,300 x H 2,355 mm)

Partial Panoramic
Magnification: 1.3 X throughout

Weight:Approx. 419 lbs.
(Approx. 190 kg)

Cephalometric image (option)
Projection:

Approx. 573 lbs. with Cephalometric(Approx. 260 kg with Cephalometric)

Exposure time
PA projection
With variable imaging processing:
Without variable imaging processing:

4.1 seconds
5.0 seconds

Lateral projection
With variable imaging processing:			

5.8 seconds,
4.2 seconds (partial ceph)

Without variable imaging processing:			

3.5 seconds,
2.6 seconds (partial ceph)

Dimensions
Main unit:

X-ray generator
Tube voltage:
Tube current:
Effective focal spot:
3D image
Exposure time:
Tube voltage and current:

60-90kV (depending on exposure mode)
1-10mA (depending on exposure mode)
0.5 mmApprox. 9.4 seconds
Normal mode1 - 10mA (1mA step) @ 75 - 80 kV (5kV step)
1 - 8mA (1mA step) @ 85 - 90 kV (5kV step)
Dose reduction mode3 - 10mA (1mA step) @ 75 - 80 kV (5kV step)3 - 8mA (1mA step) @ 85 - 90 kV (5kV step)

3D R100 imaging area:

3D Reuleaux Full Arch FOV:Ø 40 mm x H 40 mm
Ø 40 mm x H 80 mm
Ø 80 mm x H 50 mm
Ø 80 mm x H 80 mm
Ø 100 mm (Equivalent) x H 50 mm
Ø 100 mm (Equivalent) x H 80 mm

Clinical images provided by: Dr. Bruno A zevedo, AssistantProfessor, University of Louisville School of Dentistr y andKitasenju Radist Dental Clinic, i -View Imaging Center, Japan.

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Panoramic image
Exposure time: 	High speed mode: Approx. 7.4 sec. (Standard)High definition mode: Approx. 15 sec.
(High definition mode is available for R100 only)
Imaging programs:	Standard Panoramic (standard, orthogonal and shadow
reduction projections)
Magnification: 1.3 X throughout and 1.6 X throughout
Pedodontic Panoramic (standard, orthogonal and shadow
reduction projections)
Magnification: 1.3 X throughout and 1.6 X throughout

Posterior-anterior (PA) and Lateral (LA)- Cephalometric is an optional feature.
- The Veraviewepocs 3D must be fixed to the floor and the wall.
- Always have patients wear X- ray protective gear.

i-Dixel conforms to the following DICOM standards:
1. Modality worklist management service class
2. Storage service class
3. Modality performed procedure step service class
4. Print management service class8 45 (845mm mm)
33.27”

1,50 0(1,500mm mm)
59.06”
33.27” (845 mm)

59.06” (1,500 mm)

92.72” (2,355 mm)

max. 40.16” (1,020 mm)
58.66” (1,490 mm)

Panoramic/Cephalometric:
28.74” (730 mm)

1,49 0 mm
58.66”(1,490 mm)
20.08”510 mm)mm(510

max. 40.16” (1,020 mm)

90.55” (2,300 mm)

59.05”
1,50(1,5000 mmmm)

max.
1,350mmmm)
max. 53.15” (1,350 mm) max.
53.15”(1,350max.
1,300 mmmax. 51.18” (1,300 mm) max.
51.18”(1,300mm)

59.05” (1,500 mm)

59.06”(1,500 mm)
1,500 mmmax. 53.15 (1,350 mm)

92.72”
2,355(2,355mm mm)

92.72” (2,355 mm)max.
40.16”(1,020mm)
max.
1,020mmmax.
1,350max.
53.15(1,350mmmm)

min. 1,055mm
min.41.54”(1,055mm)

min.41.54” (1,055 mm)

37.79” (960 mm)

max.
1,300 mmmax.
51.18”(1,300mm) max. 51.18” (1,300 mm)

2.76” (70 mm)

92.72”
2,355(2,355mmmm)

1.57” (40 mm)

max.
1,775mmmm)
max. 69.88” (1,775 mm) max.
69.88”(1,7752.76”(70 mm)70mm

max.
69.88”(1,775mm) max. 69.88” (1,775 mm)
max.
1,775mmmin.
44.29”(1,125mm) min. 44.29” (1,125 mm)
min.
1,125mm

28.74”
730 (730mm mm)
4.53”115(115mmmm)

1.57”mm)
4 0(40mm

4.53” (115 mm)

Machine Dimensions & Suggested
Operating Space Requirements

Panoramic
37(960 mm)
9 6.79”0 mm

20.08”(510 mm)59.06” (1,500 mm)

1,020 (1,020mm mm)
max. 40.16”

90.55”(2,300 mm)
2,300 mm15

Diagnostic and Imaging Equipment
Treatment Units
Handpieces and Instruments
Endodontic System
Laser Equipment
Development and Manufacturing
J. MORITA MFG. CORP.
680 Higashihama Minami-cho, Fushimi-ku,
Kyoto 612-8533, Japan
T +81. (0)75. 611 2141, F +81. (0)75. 622 4595
Morita Global Website
www.morita.com
Distribution
J. MORITA CORP.
3-33-18 Tarumi-cho, Suita-shi, Osaka 564-8650, Japan
T +81. (0)6. 6380 1521, F +81. (0)6. 6380 0585
J. MORITA USA, INC.
9 Mason, lrvine CA 92618, USA
T +1. 949. 581 9600, F +1. 949. 581 8811
J. MORITA EUROPE GMBH
Justus-von-Liebig-Strasse 27b, 63128 Dietzenbach, Germany
T +49. (0)6074. 836 0, F +49. (0)6074. 836 299
MORITA DENTAL ASIA PTE. LTD.
150 Kampong Ampat#06-01A KA Centre, Singapore 368324
T +65. 6779. 4795, F +65. 6777. 2279
J. MORITA CORP. AUSTRALIA & NEW ZEALAND
Suite 2.05, 247 Coward Street, Mascot NSW 2020, Australia
T +61. (0)2. 9667 3555, F +61. (0)2. 9667 3577
J. MORITA CORP. MIDDLE EAST
4 Tag Al Roasaa, Apartment 902, Saba Pacha 21311 Alexandria, Egypt
T +20. (0)3. 58 222 94, F +20. (0)3. 58 222 96
J. MORITA CORP. INDIA
Filix Office No.908, L.B.S. Marg, Opp. Asian Paints, Bhandup (West), Mumbai 400078, India
T +91-22-2595-3482
J. MORITA MFG. CORP. INDONESIA
28F, DBS Bank Tower, Jl. Prof. Dr. Satrio Kav. 3-5, Jakarta 12940, Indonesia
T +62-21-2988-8332, F + 62-21-2988-8201
SIAMDENT CO., LTD.
71/10 Mu 5, Thakham, Bangpakong, Chachuengsao 24130, Thailand
T +66. 38. 573042, F +66. 38. 573043
www.siamdent.com

Subject to technical changes and errors.

JME EN PUB 0119 *1,5

Laboratory Devices
Educational and Training Systems
Auxiliaries