Thinking ahead Focused on life

<strong>Thinking</strong> <strong>ahead</strong>.<strong>Focused</strong> on life.

THE NEW WORLD OF THE 80 µm VOXELSUPER RESOLUTION: 80 µm VOXELLow Patient Effective DoseHigh Quality Images withLow X-Ray RadiationFour Imaging ModesA mode to serve every purpose. High Resolution Modeand High Fidelity Mode can be used for even higher qualityimages. High Speed Mode reduces motion artifacts. UseStandard Mode for both limited and broad fields of view.Nine Sizes for Field of View (FOV)Choose from nine sizes for the FOV with diameters rangingfrom 170 mm to 40 mm to minimize X-ray dosage.Five Resolution LevelsSelect the voxel size 80 µm, 125 µm, 160 µm, 200 µm,or 250 µm, that best suits your diagnostic needs.Zoom ReconstructionUse the original exposure data to zoom in on criticalareas using voxel sizes as small as 80 µm.CompactSpace-saving dimensions:W 1,620 mm x D 1,250 mm (63-3/4” x 49-1/4”)Recommended minimum room size:W 2,000 mm x D 1,800 mm (6-3/4’ x 6’)DICOM CompatibleViewing SoftwareWith these native Morita software packages, you canview and manipulate the 3D-CT image data even on acomputer that does not have i-Dixel software.

80 µm SUPER HIGH RESOLUTIONFOUR IMAGING MODESSELECT A REGION OF INTEREST SUCH AS THE TEMPORALBONE, PARANASAL SINUS, JAWBONE OR INDIVIDUAL TEETHAND OBSERVE IT WITH 80 µm VOXEL RESOLUTION FORGREATER DETAIL.HIGH RESOLUTION MODE ANDHIGH FIDELITY MODE CAN BE USEDfor even higher quality images. High speed modereduces motion artifacts. Use Standard Mode for bothlimited and broad fields of view.Five Resolution LevelsSelect voxel size, 80 µm, 125 µm, 160 µm, 200 µm, or 250 µm,that best suits your diagnostic needs.*Zoom ReconstructionUse the original exposure data to zoom in on critical areas usinga voxel size as small as 80 µmFor a higher resolution image, a specified area can be recalculatedand reconstructed using a smaller voxel size.*Depending on the size of the Field of View, some voxel sizes may not be possible.High Resolution Mode (Hi-Res)This is the highest resolution. Exposures are made at one-fourth the sizeof the detector pixels for the greatest spatial resolution. Ideal for observationof delicate bone structures such as the ossicular chain.High Fidelity Mode (Hi-Fi)This mode has high data density data to make clearer and sharper images.This is especially good for performing zoom reconstructions.High Speed Mode (Hi-Speed)Full scan: 10.5 sec. Half scan: 5.4 sec.Reduces motion artifacts. Good for children or others with difficulty remaining motionless.Standard Mode (Std)Suitable for limited and wide views of temporal bone, paranasal sinus, maxilla andmandible, individual teeth etc.ø 170 × H 120 mm, Voxel size: 250 µm ø 50 × H 50 mm, Voxel size: 80 µm Std Mode: ø 60 mmHi-Res Mode: ø 60 mmHi-Fi Mode: ø 60 Zoom reconstructionHi-Fi Mode: ø 170 × 120 mm

HIGH QUALITY 3D-CT IMAGESWITH LOW X-RAY RADIATIONCsI scintillatorUSING A HIGH-SENSITIVITY,HIGH-RESOLUTION FLAT PANEL DETECTOR,high quality and extremely detailed images of themany regions of the head and neck such as thetemporal bone, paranasal sinuses, eye sockets,mandible, and cranial base can be obtained for awide range of multi-purpose diagnostic scanning.Pixela-Si (amorphoussilicon) arrayDigital SignalSpatial Resolution*MTF: Modulation Transfer FunctionMTF [%]1009080706050403020Tube Voltage: 60 kVTube Current: 1.0 mAMTF at 2 lp/mm = 13.2 %1000 1 2 3 4This function is based on data from a typical product.Spatial frequency [lp/mm]Flat Panel Detector (FPD)FPD conversion of X-ray exposure into a digitalsignal results in a dramatic improvement inimage quality and a reduction in X-ray dosage.The FPD is not affected by magnetic fields andhas superb sensitivity and resolution to producesuperior 3D-CT images with a minimum ofdistortion and a wide dynamic range expressedwith a rich distribution of the gray scale.X-rays are converted into visible light by thedirectly deposited Csl scintillator and then thelight is converted into an electrical signal by aphoto diode. The FPD is quite thin and has a longworking life.High ResolutionDetailed images have a resolution of at least2.0 lp/mm (MTF 10%) with a voxel size of 80 µm.Highly detailed imagingMinimal DistortionThe flatness of the detector minimizes distortion.This eliminates the necessity of making correctionsfor distortion before reconstructing imagesas is the case for analog systems.Wide Dynamic Range **The Flat Panel Detector (FPD) has a wide dynamicrange of 14 bit data (64 times 8 bit data).This produces a richer and truer gray scale.* Spatial resolution refers to how distinct an image appears the smallerit becomes; it measures the fineness of an image. Spatial frequency isthe unit of measurement of line pairs per distance (mm). As the mapscale decreases, the patterns of contrast become harder to see. This isknown as MTF (Modulation Transfer Function). It represents the numberof line pairs per 1 mm that can be distinguished based on contrast.It is said that humans can only differentiate about 10%.** Dynamic range: Numerical values express the reproducibility of thesignal and the ratio of the largest and smallest input values in dBs.The dynamic range of the digital signal is also sometimes expressedin bits. The highest signal level is taken to be the level remaining aftersubtracting the noise level. The value of the dynamic range indicateshow weak of a signal can be reproduced – or, in other words, how highthe contrast resolution will actually turn out to be.

i-Dixel DIAGNOSTIC SOFTWAREi-Dixel DIAGNOSTIC SOFTWARE can be used as a database to archivea wide variety of image information. Its multiple image processingfunctions can easily access and manipulate many types of informationfor 2D and 3D images.Volume RenderingVolume rendering of CT data produces threedimensional images.Select the area of interest and adjust thecontrols for the histogram to create a detailedimage of very fine stractures.Real Time Re-SliceSlices and volume rendered images can belinked and easily manipulated in real time.Curved MPR (cMPR)This way of image processing allows you toobserve an orthogonal representation of thedental arch or any arbitrary curve.Report CommentsIt is easy to enter comments for any image.These comments can be printed with a conventionalWindows printer or a DICOM printer.Other Key Features• XYZ view windows• Re-slice• Zoom• Rotate• Histogram• Edge Enhancement• Distance and AngleMeasurement• Negative Image• Mirror image• Slice DistanceMeasurement• Surface Rendering• DICOM 3.0 Compatible• Brightness Conversion• Spatial Frequency Filter• Patient Orientation Display• Density Measurement• Implant Database• Nerv Chanel Marking• 3D Zoom• VDDS

SHARING IMAGE DATAINSTALLING I-DIXEL SOFTWAREon all intra-clinic computers enables sharing of image data oneach linked client computer. Observation of images on non-networkcomputers can be achieved with the One Data Viewer, and theOne Volume Viewer without installing i-Dixel.3D Accuitomo 170i-Dixel software i-Dixel software i-Dixel softwareIntra-clinic networkOut of network computerIn external clinic networks without 3D Accuitomo 170,3D-CT images can be viewed on a PC with both ofthe following methods:i-Dixel Viewer SoftwareOne Data ViewerOne Volume ViewerOne Data Viewer &One Volume Viewer SoftwareThese unique Morita applications letyou view three dimentional images andvolume rendered images even if thecomputer does not have i-Dixel softwareinstalled.CT data can be exported from the i-Dixelapplication and later stored on a DVD.This DVD can then be used on a computeroutside the clinic to view CT images,volume rendered images and patientinformation.i-Dixel conforms to the followingDICOM standards:1. Modality worklist managementservice class (optional)2. Storage service class3. Modality performed procedure stepservice class4. Print management service classOne Volume ViewerAdditional functions include zoom,black and white reverse, brightness,and contrast adjustment as well asoptional length and angle measurementcapabilities.

SIMPLE, ACCURATE POSITIONINGTHE SCOUT POSITIONING SYSTEM IS EASY AND ACCURATE.USE THE TRIPLE BEAM POSITIONING SYSTEM FOR EVENGREATER PRECISION.X CursorZ CursorY CursorTwo-Direction ScoutThe region of interest can be easily targeted by making images from two directions.Then you can simply click on the images to specify the center of the region of interest.This information is transmitted to the X-ray unit, and the chair automatically moves intoposition.Easy High PrecisionThe region of interest can be easily targeted using the three positioning laser beams.The patient’s head is safely and securely stabilized by the chinrest and headrest.* The Scout exposure (80 kV and 2.0 mA) will increase the total X-ray dosage of a Standard Mode CT exposure(90 kV and 5.0 mA) by about 2%.3D-CT imageRegion of interest iswell centered.

LIMITED CT IMAGE AREA FOR REDUCED X-RAY DOSAGELIMIT THE X-RAY DOSAGEUse scout to accurately determine the minimal regionof interest before exposing the patient to the highterdosage CT scanTemporal Bone: ø 60 x 60 mm; Voxel size: 125 µmIMAGING AREA: Diameter x Height (mm)ø 170 x 120 mm ø 170 x 50 mmø 140 x 100 mm ø 140 x 50 mmø 100 x 100 mm ø 100 x 50 mmø 80 x 80 mmø 60 x 60 mmø 40 x 40 mmScout ImageParanasal sinuses: ø 170 x 120 mm; Voxel size: 250 µm

ZOOM RECONSTRUCTIONWITH 80 µm VOXEL RESOLUTIONSelect a region of interest suchas the temporal bone or paranasalsinus and zoom in with 80 µm voxelresolution for a more detailedobservation.Volume rendering produces adetailed 3D view of internal structures.Auditory ossicular chainAuditory ossicular chain zoom reconstructionEthmoid sinus zoom reconstructionLamina Cribrosa

HIGH RESOLUTION EVEN FOR WIDE AREASTECHNICAL SPECIFICATIONSHIGH RESOLUTION IMAGESwith a size of 170 mm (diameter) x 120 mm (height) enablescomprehensive examination and visualization of the entirefacial and maxillofacial and mandibular regions.DimensionsControl BoxOutlet of computer cable and operation cableOutlet of power supplyOutlet of operation cableOutlet of computer cableunit: mmX-ray roomInternal size: W x D x H2,000 mm x 1,800 mm x 2,400 mm(6-9/16’ x 5-7/8’ x 7’)Dedicated PCsSpecificationsTrade NameModelTypeInput VoltagePower ConsumptionX-ray HeadTube VoltageTube CurrentFocal Spot SizeExposure Time(360° / 180°)Field of View(Diameter × Height)3D AccuitomoXYZ Slice View TomographMCT-1EX1/2 F17100/110/120VAC220/230/240VACmax. 2.0 kVA60 - 90 kV1-10 mA (Max. 8 mA: Hi-Fi, Hi-Res Modes)0.5 mmStd Mode: 17.5 / 9.0 sec.Hi-Fi Mode: 30.8 / 15.8 sec.Hi-Res Mode: 30.8 / 15.8 sec.Hi-Speed Mode: 10.5 / 5.4 sec.ø 170 x 120 mm ø 170 x 50 mmø 140 x 100 mm ø 140 x 50 mmø 100 x 100 mm ø 100 x 50 mmø 80 x 80 mmø 60 x 60 mmø 40 x 40 mmVoxel Size 80 µm, 125 µm, 160 µm, 200 µm, 250 µmOuter DimensionsMain Unit 1,620 mm × 1,250 mm × 2,080 mm(W x D x H) (63-3/4” x 49-1/4” x 82”)Control Box 96 mm × 40 mm × 115 mm(W x D x H) (3-3/4” x 1-5/8” x 4-1/2”)WeightApprox. 400 kg. (882 lbs)Images provided by Fukushima Medical UniversityTechnical Assistance: NUBIC (Nihon University Business, Research,and Intellectual Property Center)Collaborative Development: J. Morita Corp. & Nihon University* X-ray protection should be provided for the patient when X-rays are emitted.* Design and specifications are subject to change without notification.ø 170 x H 120 mm, Voxel size: 250 µm (90 kV, 6 mA)Developed and Manufactured byJ. MORITA Mfg. Corp.680 Higashihama Minami-cho, Fushimi-ku, Kyoto,612-8533 JapanT +81. 75. 611 2141, F +81. 75. 622 4595www.morita.comJ. Morita Corporation33-18, 3-Chome, Tarumi-cho Suita City, Osaka, 564-8650 JapanT +81. 6. 6380 1521, F +81. 6. 6380 0585, www.morita.com/asiaJ. Morita USA, inc.9 Mason lrvine, CA 92618 U.S.A.T +1. 949. 581 9600, F +1. 949. 465 1095, www.morita.com/usaJ. Morita Europe GmbHJustus-von-Liebig-Str. 27a, 63128 Dietzenbach, GermanyT +49. 6074. 836 0, F +49. 6074. 836 299, www.morita.com/europeSiamdent Co., Ltd.71/10 Bangpakong Industrial Park 1, Bangna-Trad KM 52,Bangpakong, Chachuengsao 24130, ThailandT +66. 3857. 3042, F +66. 3857. 3043, www.siamdent.comSubject to technical changes and errors. Printed in Germany, JMMC EN PUB 43046 0213 *3.