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General| Brand | Lunar |
|---|---|
| Model | DPX-IQ |
| Category | Medical Equipment |
| Language | English |
Grants a non-exclusive, non-transferable license to use the computer software.
States that the license is not a sale and title/copyrights remain with LUNAR.
Defines the duration of the agreement and conditions for termination.
Outlines LUNAR's warranty for the software's performance and limitations.
Covers warranty period, system compatibility, and limitations of liability.
Describes the densitometer's purpose and factors affecting scan results.
Details training requirements and cautions for DEXA determination accuracy.
Lists essential safety and operational guidelines before and during scanner use.
Instructs on proper use of emergency stop and the manual's chapter organization.
Identifies manufacturer, representative, and product description for conformity.
Declares product conformance to European Council Directive 93/42/EEC.
Details the components of the scan table assembly and warns against servicing.
Provides crucial safety precautions for operating the DPX-IQ scanner.
Explains the function of the scan table, arm, and control panel components.
Addresses patient safety concerns, including pinch points and laser hazards.
Details types of radiation exposure and safety measures.
Provides a table of scan modes with kV, current, area, time, and exposure data.
Explains system status symbols and laser caution labels.
Details Tube Head, System, Power Supply, Controller, and Collimator labels.
Details emergency stop button usage and the failsafe circuit's function.
Mentions requirements for registering diagnostic x-ray equipment.
Covers facility requirements and electrical safety compliance with IEC standards.
Discusses scattered radiation and presents isodose diagrams.
Shows radiation dose distribution diagrams for the DPX-IQ scanner.
Provides instructions for cleaning the scan table and archiving scan files.
Details the monthly procedure for testing the emergency stop button.
Covers X-ray tube/laser assembly, daily QA, and weekly QA tests.
Introduces the system's interface, options screen, and available scan types.
Explains the use of common keys like arrow keys and Esc for navigation and actions.
Provides step-by-step instructions for powering on and launching the DPX-IQ program.
Covers fundamental steps applicable to all scan types.
Lists important factors to consider before scanning a patient, including clothing and pregnancy.
Outlines the five essential steps for completing a scan, from selecting type to scanning.
Details adding new patients, selecting existing ones, and updating mandatory information.
Provides instructions on how to stop, start, or continue a scan acquisition.
Outlines the fundamental steps for analyzing scan images to ensure reproducible results.
Guides users on selecting scan files and adjusting image parameters like type and filtering.
Covers manual adjustments for scan images and printing analysis reports.
Explains how to display, graph, and print patient scan results chronologically.
Guides on graphing and printing patient results using chronological data.
Provides detailed steps for archiving patient scan files to archive media.
Covers the importance and procedure of daily QA tests for scan quality.
Explains how to interpret QA results and save printouts.
Describes the collimation ratio test and QA warning messages for system status.
Outlines the weekly QA test using the spine phantom for accuracy.
Details patient data entry and scan mode selection for the spine phantom QA.
Guides on positioning the spine phantom and preparing for the QA test.
Details the analysis procedure for the spine phantom scan results.
Explains the Print Manager's function for scheduling scan analysis and QA results printing.
Guides on setting print times and choosing printers and ports.
Covers customization of default settings for report heading, miscellaneous options, and printout display.
Details customizing report headings and setting patient identification formats.
Covers date format, name display, country field, and mini-menus settings.
Explains options for customizing the display of printout information like Young Display and Age Display.
Provides steps for acquiring AP spine scan images, including mode selection.
Details patient positioning and laser light placement for AP spine scans.
Guides users through the basic steps of analyzing AP spine scan images.
Covers examining and adjusting profiles, baselines, and edge markers for AP spine analysis.
Provides detailed information to help complete the AP spine analysis procedure.
Explains how to examine and label vertebrae and position intervertebral space markers.
Details how to examine baselines and edge markers for accurate BMD calculation.
Guides on isolating vertebral bodies using ROIs for analysis.
Provides steps for acquiring femur scan images, including mode selection.
Details patient positioning and foot brace usage for femur scans.
Explains laser light positioning for femur scans and DualFemur acquisition.
Provides information to help complete the femur image acquisition procedure.
Details rice bag placement and monitoring the scan for correct detector positioning.
Describes the DualFemur acquisition process and how to abort it.
Outlines the basic steps for analyzing femur scan images.
Guides on ensuring correct placement of the Neck ROI for femur analysis.
Provides information to help complete femur image analysis, focusing on ROI positioning.
Explains messages indicating acquisition issues and how to examine Neck ROI position.
Provides steps for acquiring lateral spine scan images, including mode selection.
Details patient positioning and the use of the lateral positioner for scans.
Covers laser light positioning and completing the lateral spine scan.
Guides on installing the lateral positioner correctly on the scan table.
Outlines the basic steps for analyzing lateral spine scan images.
Covers changing labels, space markers, and edge markers for lateral spine analysis.
Provides information to help complete the lateral spine analysis procedure.
Explains the use of lateral body ROIs and labeling for vertebral body analysis.
Guides on labeling body ROIs and examining space markers for lateral spine scans.
Details examining profiles and the position of edge markers and body ROIs.
Provides steps for acquiring total body scan images, including mode selection.
Details patient positioning for total body scans, including securing limbs and autostop feature.
Outlines the basic steps for analyzing total body scan images.
Guides on ensuring correct cut positions for total body analysis.
Explains how to display and interpret soft tissue scan images for body composition analysis.
Provides information to help complete the total body analysis procedure, focusing on positioning cuts.
Details the correct positioning of anatomical cuts for specific analysis areas.
Provides steps for acquiring forearm scan images, including scan parameters.
Details patient positioning and laser light placement for forearm scans.
Provides information to help complete the forearm image acquisition procedure.
Guides on measuring the length of the forearm for scan acquisition.
Explains how to select scan length and set up the forearm positioner.
Outlines the basic steps for analyzing forearm scan images.
Guides on examining and changing bone and ROI labels for forearm analysis.
Covers examining edge markers, profiles, and ROI positions for forearm analysis.
Provides information to help complete forearm image analysis.
Explains how to examine and change bone and ROI labels for forearm analysis.
Guides on ensuring correct baseline placement and examining edge markers.
Provides steps for acquiring hand scan images, including scan parameters.
Details patient positioning and laser light placement for hand scans.
Outlines the basic steps for analyzing hand scan images.
Provides steps for acquiring orthopedic hip scan images, including mode selection.
Details patient positioning and use of foot brace and knee positioner for hip scans.
Covers laser light positioning and monitoring the scan for correct detector position.
Outlines the basic steps for analyzing orthopedic hip scan images.
Provides information to help complete the orthopedic hip analysis procedure.
Explains the use of edge markers and line profiles for hip implant analysis.
Guides on ensuring correct placement of edge markers for hip implant analysis.
Details how to ensure the correct placement of the reference point for hip analysis.
Guides on examining the position of standard analysis ROIs for hip analysis.
Details the position of Gruen Analysis ROIs for implant analysis.
Explains modified Gruen analysis and the Extended Gruen analysis mode.
Details options for isolating BMD values near implants using edge markers.
Specifies the minimum room dimensions and component placement for the DPX-IQ system.
Lists specifications for included computer, monitor, and optional printers.
Details specs for printers and other optional output devices.
Provides dimensions and identification details for DPX-IQ scan tables.
Outlines functional aspects of the DPX-IQ system.
Lists general functional specs and maximum scan area for various scan types.
Lists the software programs that may be included with the DPX-IQ system.
Details environmental requirements for system operation and maintenance.
Provides information on leakage current and scan table power.
Details technical information about the X-ray generator for DPX-IQ series devices.
Presents a table of technical specifications for the X-ray generator.
Provides technical information for the LUNAR 8022 X-ray tube.
Details technical information for the LUNAR 2288 X-ray tube head assembly.
Lists the technical specifications for the LUNAR laser system.
Lists government-certified compatible computer components and their requirements.
Explains the basis of reference data for DPX scans and factors influencing it.
Details the composition of the reference population database used for comparisons.
Details the composition of the reference population database used for comparisons.
Presents tables of mean BMD values for spine and femur regions by age and gender.
Shows graphical comparisons of DPX reference values against NHANES data.
Presents tables of mean BMD values for total body and radius shaft by age and gender.
Explains how age regressions are used to calculate expected BMD for age-matched comparisons.
Details how body weight adjustments are applied for age-matched comparisons.
Lists the age ranges for %Young Adult comparisons for different scan sites.
Defines precision and presents DPX system's precision error for spine and femur measurements.
Provides tables detailing short-term precision measurements for DPX spine, femur, and total body scans.
Discusses the accuracy of DPX-IQ in measuring BMC and BMD, validated against known standards.
Shows graphical comparisons of DPX results with DPA and studies the effect of tissue thickness.
Lists references related to performance evaluation of dual-energy x-ray bone densitometry.
