Prodigy

Lunar Prodigy Pro™

A Breakthrough in Fracture Risk Assessment

At GE Healthcare, we're firmly committed to finding new and more effective ways to help physicians diagnose osteoporosis and assess fracture risk.

That's why we developed the innovative Lunar Prodigy Pro™ - the first system designed to look beyond bone mineral density to become the most complete bone assessment tool ever devised.


Lunar Prodigy Pro™'s improved technology detects subtle bone changes in a variety of clinical applications and provides Advanced Hip Analysis and Dual-energy Vertebral Assessment & Lateral BMD. Utilizing direct-digital detector technology, Lunar Prodigy Pro™ delivers rapid scans, near radiographic imaging and dose efficiency three to five time better than existing fan beam systems. And its comprehensive capabilities cover a complete range of applications.
In addition to the Total Body bone health assessment, you can help your patients work towards a desired Body Composition with the Body Composition package.


MVIR - Complete accuracy from any angle

The precise depth and location of bone can vary significantly from patient to patient, depending on patient age, size and shape. Lunar Prodigy™ Pro helps you determine the exact depth of the bone accurately in every patient.


Expanded clinical utility - right down to the bone

Evidence continues to mount that there is additional clinical information to be derived from femoral bone density measurements - if the necessary analysis were available. Now, for the first time ever, the Lunar Prodigy Pro™ delivers these remarkable analytical capabilities.


No speed limit to productivity

Loaded with features for faster, easier and more convenient operation, the Lunar Prodigy Pro™ will streamline performance and throughput in the busiest practices, clinics and departments.


A platform for connectivity - today and tomorrow

A state-of-the-art fracture risk assessment tool, Lunar Prodigy Pro™ will serve your needs exceptionally well today - and continue serving those needs just as effectively far into the future.