Super Resolution: 80 μm Voxel Low Patient Effective Dose High Quality Images with Low X-Ray Radiation Four Imaging Modes A mode to serve every purpose. High Resolution Mode and High Fidelity Mode can be used for even higher quality images. High Speed Mode reduces motion artifacts. Use Standard 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 ranging from170 mm to 40 mm to minimize x-ray dosage. Five Resolution Levels Select the voxel size, 80 μm, 125 μm, 160 μm, 200 μm, or 250 μm, that best suits your diagnostic...

80 μm Super High Resolution Four Imaging Modes Select a region of interest such as the temporal High Resolution Mode and High Fidelity Mode can be used bone, paranasal sinUs, jawbone or individual teeth for even higher quality images. High speed mode reduces motion artifacts. and observe it with 80 μm voxel resolution for Use Standard Mode for both limited and broad fields of view. greater detail. High Resolution Mode (Hi-Res) Five Resolution Levels This is the highest resolution. Exposures are made at one-fourth the size of Select voxel size, 80 μm, 125 μm, 160 μm, 200 μm, or 250 μm, that best...

80 μm Super High Resolution Four Imaging Modes Select a region of interest such as the temporal High Resolution Mode and High Fidelity Mode can be used bone, paranasal sinUs, jawbone or individual teeth for even higher quality images. High speed mode reduces motion artifacts. and observe it with 80 μm voxel resolution for Use Standard Mode for both limited and broad fields of view. greater detail. High Resolution Mode (Hi-Res) Five Resolution Levels This is the highest resolution. Exposures are made at one-fourth the size of Select voxel size, 80 μm, 125 μm, 160 μm, 200 μm, or 250 μm, that best...

Cone Beam CT Radiography The arm rotates 360° around the center of the exposure region Flat Panel Detector (FPD) Position in 18 seconds (Standard Mode) as the x-ray head emits a cone-shaped beam. The multiple projections created during the arm’s rotation are converted to a digital signal by the Adjusting the position of the FPD reduces x-ray flat panel detector and transmitted to the computer. After dosage, provides higher resolution, and minimizes any necessary supplemental or corrective processing, the digital information is converted into a three dimensional CT For regions such as ø 140 X...

Cone Beam CT Radiography The arm rotates 360° around the center of the exposure region Flat Panel Detector (FPD) Position in 18 seconds (Standard Mode) as the x-ray head emits a cone-shaped beam. The multiple projections created during the arm’s rotation are converted to a digital signal by the Adjusting the position of the FPD reduces x-ray flat panel detector and transmitted to the computer. After dosage, provides higher resolution, and minimizes any necessary supplemental or corrective processing, the digital information is converted into a three dimensional CT For regions such as ø 140 X...

High Quality 3D-CT Images with Low X-Ray Radiation Using a high-sensitivity, high-resolution Digital Signal a-Si (amorphous silicon) array flat panel detector, high quality and extremely detailed images of the many regions of the head and neck such as the temporal bone, paranasal sinuses, eye sockets, mandible, and cranial base can be obtained for a wide range of multi-purpose diagnostic scanning. Flat Panel Detector (FPD) necessity of making corrections for distortion before reconstructing image quality and a reduction in x-ray dosage. The flatness of the detector minimizes distortion. This...

i-Dixel Image Processing Software i-Dixel image processing software can be used as a database to archive a wide variety of image information. Its multiple image processing functions can easily access and manipulate many types of information for 2D and 3D images. Volume Rendering Volume rendering of CT data produces three dimensional images. Select the area of interest and adjust the controls for the histogram to create a detailed image of very fine stractures. Histogram Edge Enhancement Real Time Re-Slice Slices and volume rendered images can be linked and easily manipulated in real time. Distance...

SHARING IMAGE DATA INSTALLING i-Dixel SOFTWARE on all intra-clinic computers enables sharing of image data on each linked client computer. Observation of images on non-network computers can be achieved with the One Data Viewer, and the One Volume Viewer without installing i-Dixel. One Data Viewer & One Volume Viewer Software i-Dixel software Out of network computer In external clinic networks without 3D Accuitomo 170, 3 D-CT images can be viewed on a PC with both of the following methods: 2. Storage service class computer does not have i-Dixel soft- Intra-clinic network 1. Modality worklist management...

Simple, Accurate Positioning The Scout Positioning system is easy and accurate. Use the Triple Beam positioning system for even greater Precision. Two-Direction Scout The 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 into position. 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%. Easy High Precision The...

Limited CT Image Area for Reduced X-Ray Dosage Limit the x-ray dosage Use scout to accurately determine the minimal region of interest before exposing the patient to the highter dosage CT scan Imaging Area : Diameter X Height (mm) ø 170 X 120 mm Scout Image Paranasal sinuses φ170 X 120 mm. Voxel size: 250 μm Temporal Bone. φ60 X 60 mm. Voxel size: 125 μm

Zoom Reconstruction with 80 μm Voxel Resolution Select a region of interest such as the temporal bone or paranasal sinus and zoom in with 80 μm voxel resolution for a Volume rendering produces a detailed 3D more detailed observation. view of internal structures. Auditory ossicular chain Auditory ossicular chain zoom reconstruction Ethmoid sinus zoom reconstruction Lamina Cribrosa