GE Prodigy Lunar DXA
The GE Prodigy Lunar brings exceptional precision and low-dose radiation to your practice at an affordable price. You can depend on Prodigy to provide accurate data on soft tissue and bone composition, including bone-mineral density (BMD), lean- and fat-tissue mass, and percentage of fat. At the same time, Prodigy streamlines your patient care and practice workflow.
Tried and True DXA systems
When it comes to bone density technology, you can’t go wrong with GE Prodigy systems. GE Prodigy bone density scanners efficiently provide your practice with accurate bone mineral density (BMD) and other body composition analyses. Prodigy’s advanced features help your DXA scanning process flow with ease and also help you to manage your patient data and business more effectively.
Description
OneScan technology allows the Lunar Prodigy to perform specific exams without requiring patient repositioning between scans, providing streamlined DXA workflow to compliment a full suite of automated tools and connectivity options.
Encore Data-management utilities
Encore Composer software allows simple generation of customizable, automated reports to help manage patient care. The Multi-User Database allows multiple workstations to access DXA scan files simultaneously and allows multiple GE bone densitometers to acquire and save scan files to a common database. Furthermore, the database allows remote analysis and reporting via network.
Business tools to manage your DXA
Patient DXA studies can be trasnmitted where and when you need it with DICOM (IHE compliant), HL7, SQL Server and TeleDensitometry compatibility. Reporting capability is expanded further by outputting multiple exams simultaneously, whether printed or sent a to DICOM storage destination.
Additional information
System Condition | |
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System Modality | |
System Manufacturer | |
System Warranty | 1-Year, 2-Year |
Encore Software Features | Advanced intuitive graphical interface |
Patient Data Features | T-score, Z-score, % Young-Adults and % Age-Match |
Typical Scan Time and Radiation Dose | (At the best Precision) |