3D Accuitomo
170

Thinking ahead. Focused on life.

3D Accuitomo 170

Adaptable Acquisition Modes

Unsurpassed image clarity

The 3D Accuitomo 170 is equipped with four imaging modes that allow flexibility when scanning patients with a variety ofdiagnostic needs and clinical indications. Choose High Resolution and High fidelity modes for the best quality images, orHigh Speed for patients that have difficulty remaining still. The 3D Accuitomo 170 will adapt to suite your diagnostic andyour patients’ needs.

The 3D Accuitomo 170 offers unsurpassed image clarity. With 9 fields of view and multiple acquisition modes, the 3D
Accuitomo 170 can meet all of your diagnostic needs with unparalleled quality. Its super-fine minimal voxel size of just 80µm allows diagnosing even the most subtle details of bone and dentition. The 3D Accuitomo 170 is highly recommended byleading dental radiologists for periodontology, oral surgery, endodontics, orthodontics, dental implants, for the maxillofacialregion and beyond.

180°

360°

High-Speed

Standard Mode
360º scan 17.5 sec, 180º scan: 9 sec.
Standard mode offers images of exceptional clarity and issuitable for limited and wide views of temporal bone,paranasal, sinus, maxilla and mandible, individual teeth etc.

5.4sec
9sec

Standard

10.5sec

High-Speed

18secStandard※ High-Speed Mode is available for ø40 xH40mm and ø60xH60mm fields ofview only.

9 different fields of view can be selected to meet a wide
variety of clinical needs. From the smallest, 40x40 to thelargest 170x120, there is a size that fits your needs while
always ensuring the lowest X-ray doses possible to thepatient. This flexibility allows the 3D Accuitomo 170 toprovide stunning images for Endodontics, Periodontics,Maxillofacial surgery and many more.
ø170 ×H 120 mm (250μm)

ø40 ×H 40 mm (80μm)

High Resolution ModeAt 1/4 the standard pixel size, high-resolution mode
produces the sharpest and clearest images the 3D
Accuitomo 170 has to offer. Even in hi-res mode, 360 scanstake only 30.8 seconds, and 180 scans a mere 15.8
seconds. Available for 40 x 40 mm and 60 x 60 mm FOVs.
High Fidelity Mode
Slow and steady scans at 30.8s for 360 degrees and 15.8s
for 180 makes for exceptionally clear images with minimal
artifacts. Zoom reconstructions made from this acquisition
are exceptionally clear.
High Speed Mode360 scan: 10.5 sec, 180 scan: 5.4 sec Utilize high speed
mode to reduce motion artifacts for patients that may not
be able to sit still. It is a good choice for children and forpatients concerned with higher X-ray dosage. Available for40 x 40mm and 60 x 60 mm FOVs.

Stunning Clarity
The high resolution 80μm acquisitions provide images of stunning clarity, giving you diagnostic information like you’ve neverseen before. Take your treatment planning to the next level.

ø170mmø170mm

ø100mm
ø80mm
ø60mm
ø40mm

H120mm

ø100mm

H100mm
H80mm
H60mm
H50mm
H40mm

ø140mm

ø140mm

ø100mm

ø80mm
ø60mm
ø40mm

High-resolution 360°, 80μm (250μm)
2Standard-resolution 360°, 80μm

High-speed 360°, 80μm
3Small Fields of View

Large Fields of View

Stay focused on your region of interest by selecting the best field of view for your indication.
Volume diameters as small as 40 or as large as 100 can be selected for the dentition.

For larger maxillofacial scans, select a diameter of ø100 to ø170 to cover a widerrange of maxillofacial surgeries.

ø170mm
ø100mm
ø80mm
ø60mm
ø40mm

ø140mm1. H100mm

6. H100mm

2. H80mm
3. H60mm

ø100mm

4. H40mm

1. ø100×H100 mm (250μm)

2. ø60 ×H 60 mm (125μm)
45. H120mm

7. H50mm

4. ø170 ×H 120 mm (250μm)

3. ø40×H40 mm (80μm)

5. ø140 ×H 100 mm (250μm)

6. ø100×H50 mm (250μm)
5Acquisition is only the beginning

Simple, Accurate Positioning

The three positioning laser beams and an LCD make patient
positioning easy.
The chinrest stabilizes the patient`s head to avoid movement. Scoutimages enable even more accurate positioning.

180 degree reconstruction to reduce
motion artifacts
Did the patient move during acquisition?
Do you have to scan them again? Not
any more! The 3D Accuitomo 170 allows
you to extract 1/2 of a 360 degree scanat any point to remove that initial jolt orthat unintended swallow at the end ofthe acquisition. (For 360 degreeacquisitions only)

Easy as One, Two, Three.
First, the patient`s initial position is set and recorded using the threepositioning laser beams. Then, the region of interest is aligned in theLCD. The chair automatically moves into the optimal position. During
the X-ray exposure, the patient is stabilized by the chinrest and theheadrest.

Remove unintended motion artifacts

X Cursor
Z Cursor

Y Cursor

180°

2–direction scout
For even more accurate positioning, scout images can be utilized.
After positioning, two still X-ray images of coronal and sagittal views
can be taken to confirm that the position is accurate. If adjustment isnecessary, positioning can be changed by dragging the cursor on themonitor and moving it to the center of the region of interest.

Patient moved

The scout exposure (80kV and 2.0 mA) will increase the total X-ray
dosage of a Standard Mode CT exposure (90kV and 5.0 mA) byabout 2%.

360° Scan
Extract 180° motion-free data
360° scan exhibiting patient movement artifacts

180° of motion-free data extracted.

Zoom reconstruction
The Accuitomo series is equipped witha unique zoom reconstruction function
allowing you to zoom in and reconstruct
a new volume from the original scan,
without the need for additional
acquisitions. The new volume can bereconstructed with a resolution of up to80μm improving diagnostic accuracy
with no additional X-ray exposure to thepatient.
3D-CT image
Region of interest isperfectly positioned.

Ø170 × H120 mm (250μm)

Ø40 × H40 mm (80μm)

76i-Dixel WEBi-Dixel

Acquisition to diagnosis made simple
The i-Dixel imaging software offers awide variety of features to help you
quickly and easily createcomprehensive treatment plans andexplain those plans to your patients.
Mandibular canal marking, implantpresentation, multiplanarreconstruction are just a few of thefeatures that i-Dixel provides fordiagnoses. i-Dixel is also fully DICOM
compliant and provides quick and easy
integration with both practicemanagement software and advanced
treatment planning tools.

Freedom from platform and simplicity of designi-Dixel WEB runs as a web service on an X-ray server PC included with your Morita X-ray system. It serves as a local andsecure web-based dental image processing service that you can access throughout your practice on a wide range of devices.

No software installation neededWith the latest advancements in web
technology, i-Dixel WEB gives you
the freedom to view your images
wherever you want and however youwant. Gone are the days of complicated chairside PC setups, and limited
choices of hardware. Mac OS X andeven iPads can be used to view andedit data from a Morita X-ray system.

Volume Rendering
Volume rendering displays a solid 3D image showing the bone structure anddental arch. The volume rendered image is linked to the slices and moves in realtime whenever a slice is adjusted.
3D image processing
Even though i-Dixel WEB is a fully
web-based system, the features
you’ve come to expect are not compromised. View Morita’s signaturehigh quality images on the device ofyour choice!

From multiplanar reconstructions to implant presentations

Mac, iPad, Safari, OS X and Mac OS are trademarks of Apple Inc., registered in the U.S. and other countries.
Windows, Windows 8, Windows 10 and Internet Explorer are registered trademarks of Microsoft
Corporation in the United States and other countries.

Implant Presentation
Select from a variety of popular implant manufacturers and place the implant
directly in the CT slice for presentation. This presentation can be easily
understood by patients and helps with case acceptance.
89Implantology

Periodontics
Case 1: Female patient referred for
3-dimensional analysis of an esthetic
complication in the left maxillary incisor
region (a).
The clinical status exhibits a mucosal
recession as well as a flattening anddiscoloration of the facial mucosa at
the implant crown. The patient complained about recurrent peri-implant
infections.
* : Nasal palate tube

Image 1A: Clinical aspect at the initial examination

Image 2A: Coronal view

Image 2B: Sagittal view

Image 2C: Axial view

Image 2D: Volume Rendering

Image 1C: Axial CBCT slice

Image 1B: Sagittal CBCT slice

Image 1D: Sagittal CBCT slice

Case courtesy Prof. em. Dr. Daniel Buser, Clinic for oral surgery and somatology University Bern Prof. Dr. Michael Bornstein, Department of Oral Health &Medicine, University Center of Dental Medicine Basel UZB, University of Basel (Switzerland) and Honorary Professor in Oral and Maxillofacial Radiology, Facultyof Dentistry, The University of Hong Kong (Hong Kong SAR, China).
10An asymptomatic 51-year-old male presents with numerous complaints associated with the mandibular anterior teeth including
unesthetic “black triangles” between the teeth, shrinking gums making the teeth look long, and “loose” teeth. The patient reports
an extensive dental history of periodontal bone loss and therapy. A 4cm x 4cm FOV at 0.08 nominal voxel size was acquired andpara-coronal (a), cross-sectional (b), axial (c), and three dimensional volumetric rendered (d) images clearly show the presence of
calculus on the mandibular central incisors and generalized alveolar peri-circumferential radiographic bone loss extending to themiddle third of the root and beyond consistent with a diagnosis of Periodontitis Stage III, localized incisor pattern. The patient wasreferred to a periodontist for management.
Case courtesy, Drs William C. Scarfe and Gustavo Santaella, Louisville Kentucky

11Endodontics

Image 3A: Sagittal view

Oral Surgery

Image 3B: Coronal view

An asymptomatic 27-year-old female presents immediately after fixed orthodontic appliance therapy with bitewing imaging
showing diffuse radiolucent increase in the middle third of the pulp chamber of the maxillary right canine compared to thecontralateral side. An 8cm x 8cm FOV at 0.25 nominal voxel size was acquired and a suspicious opacification of the pulp
canal of the maxillary right canine noted on axial (a) images. A 4cm diameter “zoom reconstruction “was performed at anominal 0.08 mm voxel resolution centered on the maxillary canine. Cross-sectional (a), and parasagittal (b) images clearly
identify dentin resorption on the mesio-palatal aspect of the root extending peri-circumferentially around the pulp canal andchamber and loss of the root continuity at the level of the cervical third of the root indicative of Class III invasive cervicalresorption. The patient was referred to an endodontist for management.

Image 4A: Axial view

Image 4B: Sagittal view

A 24-year-old female presents with vague tooth sensitivity in the maxillary right region. Her dental history reveals active
orthodontics more than 8 years previously involving extrusion of her right maxillary canine. Intraoral imaging is noncontributory. An 8cm x 8cm FOV at 0.25 nominal voxel size was acquired and a suspicious opacification of the pulp canal of themaxillary right canine noted on axial (a) and magnified cross-section (b) images. A 4cm diameter “zoom reconstruction “wasperformed at a nominal 0.08 mm voxel resolution centered on the maxillary canine. This image serves as a baseline forperiodic, limited field, high resolution CBCT imaging to determine progression.
12

Case courtesy, Drs William C. Scarfe and Gustavo Santaella, Louisville Kentucky

Image 5A: Raysum view

Image 5B: Sagittal view

An asymptomatic 56 year-year-old male presents with a history of incidental discovery of possible mandibular pathology in theleft mandible on routine panoramic imaging taken 1 month previously. A 10cm x 10cm FOV at 0.25 nominal voxel size was acquired, A reformatted MPR panoramic (a), and para-sagittal (b) images clearly show a single, well-defined, corticated, irregularlyshaped bilobular low density lesion anterior to the lingula and mandibular foramen within the left ascending ramus with extension inferiorly through the intramedullary bone to include the entire alveolus posterior to the distal root of the left mandibular
third molar. There is lingual cortical expansion but no perforation. The mandibular canal is intact throughout its course within theramus and the mandible. The patient was referred to an oral surgeon and excisional biopsy reveals an odontogenic keratocyst.
Case courtesy, Drs William C. Scarfe and Gustavo Santaella, Louisville Kentucky

Image 6A: Axial view

Image 6B: Volume rendering view

Buccal bifurcation cyst. Buccal localization of the lesion with an extended resorption of the vestibular cortical plate
and a periosteal reaction.
Case courtesy, Prof. Dr. Reinhilde Jacobs, Center for Dentomaxillofacial Imaging, University Hospitals Leuven and Department of Imaging & Pathology, OMFS-IMPATH
Research Group, KU Leuven, Leuven, Belgium

13

Specifications

Trade Name:

3D Accuitomo

2000mm (6-9/16")

Type:EX1/2 F17Power Supply:

AC 100/ 110/ 120 V
AC 220/230/240 VAC

Power Consumption:

1800 mm (5-7/8")

MCT – 11250 mm (49-1/4")

Model:

300 mm (11-3/4")

XYZ Slice View Tomographmax 2.0 kVA

Dimensions:
Main Unit:

W1,620 mm x D1,250 mm x H2,080 mm(63-3/4” x 49-1/4” x 82”)

Control Box:

1620 mm (63-3/4")

850 mm (33-1/2")

540 mm (21-1/4")

W100 mm x D40 mm x H115 mm(4” x 1-5/8” x 4-1/2”)

X-ray Head
Tube Voltage:

60-90 kV

Tube Current:

1-10 mA

2080 mm (82")

Approx. 400kg (Approx. 882lbs)
1500 mm (59")

Weight:(Max 8mA : Hi-Fi, Hi-Res Mode)
Focal Spot Size:

0.5

Exposure Time:

Std Mode: 17.5 / 9.0 sec(360º/180º)

Hi-Fi Mode : 30.8 / 15.8 sec
Hi-Res Mode : 30.8 / 15.8 sec
Hi-Speed Mode : 10.5 / 5.4 sec

Field of Viewø 40 x H40 mm
ø 60 x H60 mm
ø 80 x H80 mm
ø 100 x H50 mm
ø 100 x H100 mm
ø 140 x H50 mm
ø 140 x H100 mm
ø 170 x H120 mm

Voxel Size

80 µm / 125 µm / 160 µm / 250 µm* X-ray protection should be provided for the patient when X-rays are emitted.
* Design and specifications are subject to change without notification.

1415

Diagnostic and Imaging Equipment
Treatment Units
Handpieces and Instruments
Endodontic System
Laser Equipment
Development and Manufacturing
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Subject to technical changes and errors.
Pub: No. DI129-B005-EN-2

Laboratory Devices
Educational and Training Systems
Auxiliaries