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General| Category | Medical Equipment |
|---|---|
| Type | Cone Beam Computed Tomography (CBCT) System |
| Software | Planmeca Romexis |
| Imaging Modes | CBCT |
| Imaging Modalities | 2D Panoramic |
| X-ray Generator | High Frequency Generator |
| Focal Spot Size | 0.5 mm |
| X-ray Tube Voltage | 60-90 kV |
| Exposure Time | Varies depending on imaging mode and parameters |
| Dimensions | Varies significantly depending on model and configuration |
| Weight | Varies significantly depending on model and configuration |
| Power Requirements | 50/60 Hz |
| Patient Positioning | seated |
Overview of the X-ray system components and network connections.
Identifies the key physical components of the Planmeca ProMax X-ray unit.
Details the different types of head supports and their attachment methods.
Describes the function and indicator lights of the exposure switch.
Explains the location and function of the emergency stop button for safety.
Details how to navigate and interact with the touch screen interface.
Explains the controls used for positioning the patient and adjusting the unit height.
Details volume sizes for 3D dental imaging for children and adults.
Provides volume sizes for 3D imaging of ENT regions for children and adults.
Specifies volume sizes for 3D imaging of impressions and plaster casts.
Instructions for attaching patient supports to the X-ray system.
Guidance on choosing program, patient size, and image resolution.
Information on how to adjust kV and mA values for exposures.
How to choose the desired view on the touch screen.
Steps for positioning the image volume accurately on the patient.
How to adjust volume height and select jaw halves for imaging.
Method for selecting the jaw side (left, right, or both) for imaging.
Procedure for capturing a 3D face photo with the ProFace sensor.
Steps to prepare the patient, including removing accessories and placing lead apron.
Guidance on selecting patient entry position and positioning the patient's head.
Instructions for taking scout or 2D images before the main 3D exposure.
Detailed steps for performing a 3D exposure, including patient interaction and safety.
Pre-exposure checks and considerations for the 3D face photo function.
How to select the correct program and settings for a 3D face photo.
Guidance on positioning the patient for optimal 3D face photo capture.
Step-by-step instructions for capturing the 3D face photo.
Procedure for calibrating the unit for new impression or plaster materials.
Steps for capturing 3D models of impressions and plaster casts.
Options for user-configurable settings like language and time.
How to change the display language of the X-ray unit.
Instructions for setting the system time and date formats.
Details the device classification and relevant regulatory standards.
Technical specifications related to the generator unit.
Information on the specific X-ray tube model used in the system.
Specifies the focal spot size according to relevant industry standards.
Details the total filtration characteristics of the X-ray unit.
Lists anode voltage ranges for different units and software versions.
Specifies anode current ranges for different units and software versions.
Specifies the milliampere-second (mAs) range for X-ray exposures.
Specifies the milligray (mGy) range for radiation output.
Value indicating the linearity of radiation output.
Information on the automatically controlled cooling period for the unit.
Details exposure times for various 3D, Pan, and Ceph imaging modes.
Specifies the Source-to-Image Distance for different imaging modes.
Lists magnification factors for different imaging modes.
Specifies the duty cycle for the height adjustment mechanism.
Lists the required line voltage for proper operation of the unit.
Specifies the line current consumption of the X-ray unit.
Provides information on line harmonics related to the unit's power supply.
Maximum permissible apparent impedance of the supply mains.
Maximum continuous heat dissipation rating for the unit.
Details the type and quantity of fuses used in the system.
Lists the weights of different models of the X-ray unit.
Specifies the standard color designation of the unit.
Details temperature, humidity, and pressure requirements for transport and storage.
Details pixel size and active surface area for 3D, SmartPan, and CCD imaging.
Specifies optimal operating conditions for units equipped with a ProFace sensor.
Provides physical dimensions of the X-ray unit in millimeters and inches.
Specifies the minimum space required for operating the X-ray unit.
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