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General| Type | Cone Beam Computed Tomography (CBCT) |
|---|---|
| Radiation Dose | Low dose protocols available |
| X-ray Generator | High frequency generator |
| Detector Type | Amorphous Silicon (a-Si) |
| Patient Positioning | Seated or standing |
| Dimensions | Varies depending on configuration; refer to manufacturer's specifications |
| Weight | Varies depending on configuration; refer to manufacturer's specifications |
| Power Requirements | Varies depending on configuration; refer to manufacturer's specifications |
| Compatibility | DICOM 3.0 compatible |
Overview of the Cone Beam Volumetric Tomography and Panoramic X-ray device for dental use.
Lists the essential components included with the dental imaging system.
Explains the manual's purpose and the conventions used for clarity.
Details the one-year warranty period, coverage, and exclusions for the hardware system.
Stresses the importance of operating and maintaining the equipment correctly and safely.
Explains the conventions used to denote hazards, data loss, or equipment damage.
Lists critical safety measures to prevent injury and ensure safe operation of the X-ray device.
Provides guidance on preventing fires and safe procedures in case of an electrical fire.
Warns against operating the system with covers removed, highlighting potential injury risks.
Alerts users to potential optical damage from laser beams and precautions to take.
Emphasizes strict adherence to safe exposure procedures due to X-ray dangers.
Describes safety features like Emergency Stops, Warning Systems, and Interlock Circuits.
Identifies and explains the various safety labels attached to the system equipment.
Details the functions of buttons on the control box for powering and operating the system.
Explains how patients can halt scanning activities by pressing the emergency stop button.
Describes controls for patient positioning using laser alignment and chair height adjustment.
Explains the meaning of various indicators (Power, Ready, X-RAY ON, Fault) on the system.
Step-by-step guide on powering up the scanner and computer workstation.
Instructions for properly powering down the scanner and computer workstation.
Overview of the patient information window, study list, and image display.
Steps for entering new patient data into the system database.
Guide on how to modify existing patient information within the system.
Procedure for deleting patient datasets and associated scans from the system.
Procedure for removing a patient record from the database.
Detailed instructions on how to position the patient correctly for scanning.
Steps for initiating and performing a new patient scan acquisition.
Explains the use of preview, dry run, and capture functions for scan verification.
Instructions for performing a Panoramic scan, including alignment and acquisition.
Overview of the screen displaying reconstructed patient anatomy images.
How to use QC frames to detect patient movement during scans.
Steps to adjust displayed images in the Panoramic View using contour lines.
How to apply and manage image filter settings for softening/sharpening.
Procedures for taking Hounsfield Unit and distance measurements.
How to save and retrieve modifications made to patient data as Workups.
How to reconstruct raw scan data using different parameters.
Accessing and navigating detail screens from the main preview screen.
Detailed view for implant planning, showing axial, panoramic, 3D, and cross-section views.
Tool for estimating and marking the nerve canal path in patient scans.
Displays lateral cephs and coronal views for cephalometric analysis.
Allows scrolling through Axial, Sagittal, and Coronal slices for detailed viewing.
Enables condyle mapping and creating corresponding coronal slice views.
Configuring settings for DICOM image export and database storage.
Process for converting patient data files into DICOM images for export.
Procedure for archiving or transferring images to a CD.
Generating, saving, and accessing patient reports within the system.
Procedure for performing panel calibration in portrait and landscape modes.
Steps for calibrating collimators annually for optimal image quality.
Procedure for performing geometry calibration using a phantom.
Procedure to check high contrast spatial resolution using a QA Phantom.
Evaluating image quality by examining line pairs for resolution assessment.
Checking kVp and radiation output of the X-ray source annually.
Details operating conditions and parameters for 8.9 and 26.9 second scans.
Presents scatter measurements for 8.9 second scans at various locations and workloads.
Guidelines for system installation, shielding, and operator/patient safety.
Information on dose measurements and imaging performance under specific conditions.
Detailed technical specifications for the X-ray source, beam size, and detector.
Electrical requirements including voltage, current, frequency, and circuit breaker rating.
Recommended daily, monthly, and yearly maintenance tasks for the user.
Overview of the annual planned maintenance for system inspection and performance.
Instructions for routine cleaning and disinfection of system components.
Explanation of network support for sharing image data within an office.
Steps for setting up network support, including providing storage and installing services.
Steps to configure the Sweeper service startup type and login credentials.
Actions to take in case of a network failure to restore operations.
Overview of services for importing patient data and exporting DICOM images.
Ways VisionQ imports scheduled patient data from remote systems.
Process for importing patient data from remote systems into VisionQ.
How VisionQ enables DICOM image transfer to remote systems.
Minimum hardware and software specifications for running eXamVision on laptops.
Minimum hardware and software specifications for running eXamVision on workstations.
Steps to set up the required folder structure for eXamVision.
Steps to install the eXamVision software from its executable file.
Procedure to open DICOM datasets for 3D volume rendering.
Tools for manipulating axial slices: Paging, W/L, ROI, Distance, Identify.
Tool for defining regions of interest and calculating Hounsfield Units.
Steps to remove unwanted anatomical structures from 3D renderings.
Viewing 3D data in Axial, Coronal, and Sagittal projections.
Selecting Radiographic or MIP modes for viewing 3D data.
Tools for selecting display direction and type for 3D image creation.
Guide to viewing reconstructed images and using optimization tools.
Overview of tools like Rotation, Brightness/Contrast, MIP/Radiograph, and Contour Lines.
Lists the default filter settings applied to various screens in eXamVision.
How to save and load workups for patient data modifications and retrieval.
Overview of the Implant Planning Screen layout, labels, and pop-up menus.
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