Why is there a row of flat teeth and the roots are not visible with Dabi Atlante Dental equipment?
If you see a row of flat teeth and are unable to see the roots of the upper teeth in your Dabi Atlante Dental equipment images, it's likely that the patient's head is tilted back. Reposition the patient using the Frankfurt plane laser.
Why is there an artifact in the Dabi Atlante EAGLE 3D Dental equipment image?
If you see an artifact in the image with your Dabi Atlante Dental equipment, it's likely due to metal objects. Please ask the patient to remove eyeglasses, hearing aids, dentures, and personal jewelry, such as earrings, necklaces, and hooks.
What to do if the digital image doesn't appear on the screen of Dabi Atlante Dental equipment?
If the digital image doesn't appear on the screen of your Dabi Atlante Dental equipment, make sure the cable is properly connected. If the cable is connected, try reinstalling the image acquisition software. Also, ensure that the acquisition button is selected in the software.
Why is the central area of the image very clear and deformed with Dabi Atlante Dental equipment?
If the central area of the image from your Dabi Atlante Dental equipment is very clear, deformed, and shows a shadow of the column, it could be because the patient's neck is not stretched. Ask the patient to take a step forward and stretch their neck. Also, the contrast and brightness setting might be incorrect in the software, so adjust those settings.
Why are rows of teeth overexposed in Dabi Atlante EAGLE 3D Dental equipment?
If rows of teeth are overexposed in your Dabi Atlante Dental equipment images, it might be because the patient's tongue was not against the roof of their palate. Ask the patient to swallow and place their tongue against the roof of their palate during the scan.
What to do if the remote exposure button is not actuating on Dabi Atlante EAGLE 3D Dental equipment?
If the remote exposure button is not working on your Dabi Atlante Dental equipment, the remote exposure cable may be disconnected. Connect the remote exposure cable again.
Why won't my Dabi Atlante Dental equipment turn on?
If your Dabi Atlante Dental equipment doesn't turn on, there are several potential causes: * The mains voltage might not be available, in which case you should wait for it to become available. * The power supply cable could be unplugged from the back of the equipment; ensure it is properly plugged in. * Similarly, the power supply cable might be unplugged from the wall socket; plug it in securely. * The unit circuit breaker might be turned off; turn it on. * The main ON/OFF switch could be off; turn it on. * A blown fuse could also be the culprit; replace the fuse.
What to do if digital image doesn't appear on the screen for Dabi Atlante EAGLE 3D?
If the digital image is not appearing on the screen of your Dabi Atlante Dental equipment, check the following: * Ensure the cable is properly connected. * Reinstall the image acquisition software. * Make sure the acquisition button has been selected.
Why are teeth bent upwards and TMJ joints cut off with Dabi Atlante EAGLE 3D?
If a row of teeth is bent upwards, lower incisors are deformed, and TMJ joints are very high (often cut off) in your Dabi Atlante Dental equipment images, the patient's head is likely tilted forward. Reposition the patient using the Frankfurt plane laser for guidance.
Why are incisors and canines narrow and unsharp with Dabi Atlante EAGLE 3D Dental equipment?
If incisors and canines appear narrow and unsharp in your Dabi Atlante Dental equipment images, the position of the arch is likely anterior to the focal plane. Adjust the focal plane of the equipment by positioning the Canine red laser on the Canine tooth.
Guidelines for safe handling, transport, and storage of the equipment to prevent damage and ensure safety.
Specifies the acceptable temperature, humidity, and pressure ranges for transportation and storage.
Defines the recommended ambient temperature, humidity, and pressure for equipment operation.
Specifies environmental conditions for the equipment when installed but not in use between operations.
Details essential cleaning and disinfection steps required before the equipment's initial use.
Critical safety warnings and cautions for authorized technicians during equipment installation.
Safety guidelines and precautions for operators during the daily use of the equipment.
Post-operation procedures, including shutdown, cleaning, and handling of defects.
Recommendations for minimizing environmental impact during the equipment's lifecycle.
Steps to take in case of abnormal equipment behavior, including contacting technical assistance.
Illustrates the system configuration for Digital Panoramic and Cone Beam Computed Tomography.
Shows the system configuration with the optional Cephalostat arm mounted.
Details the system configuration featuring a Digital Snap-On sensor.
Describes the system configuration with a fixed digital setup, without a Ceph arm.
Presents the system configuration for analog imaging, including dimensions and materials.
Illustrates the available Standard and Slim power supply unit options.
Shows the optional Free Standing Base and its installation requirements.
Provides a labeled diagram and list of all available accessories for the system.
Lists the required hardware and operating system specifications for the computer.
Step-by-step guide to verify and configure the network adapter for the imaging system.
Detailed instructions for installing the dental imaging software, including setup steps.
Description of available panoramic imaging profiles (P1-P6, P17, P23) with image examples.
Details on cephalometric imaging profiles (P7-P9), including types of images and exposure settings.
Explanation of tomography imaging profiles: Tomography, Fast Scout, and Full Scout.
Overview of the touch screen display and buttons on the control panel.
Description of the main screen interface for panoramic and cephalometric modes.
Explanation of the functions of the membrane keyboard control keys and touch screen display.
Information about the exposure-signaling LED and audible warning.
Details on the optional remote exposure switch and its operation.
Procedure for powering on the unit, including safety checks and voltage confirmation.
Steps to prepare the patient, including removing accessories and applying protective gear.
Guidelines for performing radiographic examinations on pediatric patients, focusing on dose minimization.
Steps to prepare the imaging software and input patient information for a panoramic exposure.
Guide for correctly positioning the patient using chin rests and lasers.
Procedure for initiating and completing a panoramic exposure, including patient instructions.
Table of factory-programmed parameters and Dose Area Product (DAP) for panoramic profiles.
Steps to prepare the imaging software for a cephalometric exposure.
Instructions for positioning the patient correctly for cephalometric imaging.
Procedure for performing a cephalometric exposure, including safety measures.
Parameters and Dose Area Product (DAP) for various cephalometric exposure settings.
Procedure to prepare the imaging software for tomography acquisition.
Guide for correct patient positioning using head holder and chin rest for tomography.
Steps to perform a tomographic exposure, ensuring correct volume positioning and safety.
Table of parameters and Dose Area Product (DAP) for different tomography Field of View (FOV) modes.
Instructions for cleaning various components of the equipment using recommended materials.
Guidelines for disinfection, including bite guide disposal and safety precautions.
Lists common unit operation issues, their possible causes, and required actions.
Identifies image failures due to incorrect patient positioning and provides solutions.
Steps to initiate the Quality Assurance diagnosis process within the software.
Procedure to perform quality assurance checks specific to panoramic imaging.
Checks the beam position accuracy for panoramic imaging using specific software prompts.
Verifies the calibration accuracy of the panoramic imaging system.
Assesses the maximum contrast resolution capability for panoramic images.
Procedure to perform quality assurance checks specific to cephalometric imaging.
Checks the beam position accuracy for cephalometric imaging.
Verifies the calibration accuracy of the cephalometric imaging system.
Assesses the maximum contrast resolution capability for cephalometric images.
Procedure to perform quality assurance checks specific to tomography imaging.
Steps to prepare the X-ray unit for tomography QA procedures.
Evaluates the contrast scale of tomography images using specific phantoms.
Measures noise and uniformity in tomography images.
Measures and calculates the slice thickness for tomography images.
Assesses high contrast spatial resolution using Modulation Transfer Function (MTF).
Measures the ability to differentiate low-contrast objects in tomography images.
Procedure for periodic dose measurement using a KAP-meter.
How to generate and save a Quality Assurance report from the software.
Details that installation must be performed by authorized Alliage service technicians only.
Mandatory regular inspections to ensure operational safety and reliability.
Importance of preventive maintenance for long-term operation and lifespan.
Instructions for addressing detected problems and contacting service.
Guidelines for environmentally responsible disposal of the equipment and its components.
Details on warranty coverage, limitations, and conditions for validity.
Regulatory classifications and compliance information for the Eagle 3D scanner.
General technical data including power voltage, phases, consumption, and weight.
Key radiological parameters, exposure times, and magnification for different imaging modes.
Detailed specifications of the X-ray generator, including frequency, output power, and filtration.
Technical specifications for the X-ray generator, covering operating frequency and voltage.
Graphical characterization of the X-ray generator's performance.
Specifications of the Canon D-054 X-ray tube used exclusively with the Eagle 3D scanner.
Detailed specifications for the X-ray tube, including focus size and thermal capacity.
Graphical characterization of the X-ray tube's operating parameters.
Diagrams illustrating the maximum symmetrical radiation field for various exam types.
Radiation field dimensions for panoramic exams (Adult/Child, TMJ, Maxillary Sinus).
Radiation field dimensions for Digital Cephalometric examinations.
Radiation field dimensions for Analog Cephalometric Lateral examinations.
Radiation field dimensions for Analog Cephalometric Frontal examinations.
Radiation field dimensions for Tomographic examinations.
List of all relevant safety and performance standards the equipment complies with.
Guidelines and declarations regarding electromagnetic emissions from the Eagle 3D CT Scanner.
Guidelines and declarations for electromagnetic immunity, specifying required environments.
General| Type | CBCT |
|---|---|
| Detector Type | Flat Panel Detector |
| Reconstruction Time | Less than 30 seconds |
| Output Formats | DICOM |
| Power Supply | 220V, 50/60 Hz |
| Voxel Size | 0.08 mm |
| Technology | Cone Beam CT |
| Scanning Accuracy | 0.1 mm |
| Field of View (FOV) | 5x5 cm, 8x5 cm, 8x8 cm, 12x10 cm |
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