AXIOM Luminos dRF - Clinical Application

/siemens/en_INT/gg_ax_FBAs/images/product_images/AXIOM_Luminos_dRF/revamped_site/Imaging/drf_intro_high_quality_digital_images_Version3.jpg

Acquire high quality digital images instantly

AXIOM Luminos dRF offers a multitude of "talents" in clinical imaging applications. The large 43 cm x 43 cm flat detector can be used for both dynamic imaging for fluoroscopy and high-resolution radiographic images free of pincushion distortion. Siemens’ unique processing features produce brilliant image quality, leading to improved diagnostic support. Comprehensive C.A.R.E. features result in substantial radiation
dose reduction for patients, physicians,
and staff.

Large images, free of pincushion distortion

The large 43 cm x 43 cm flat detector produces high-resolution images in both fluoroscopy and radiography. Images are free of pincushion distortion and as such, are suitable for measurements. Detector coverage is 50% greater than with a large 16-inch image intensifier.

/siemens/en_INT/gg_ax_FBAs/images/product_images/AXIOM_Luminos_dRF/revamped_site/Imaging/drf_be2_DDO_Version3_s2.jpg

Digital Density Optimization

DDO (Digital Density Optimization) provides for greater contrast harmonization and better detail recognition in critical regions with high density differences.

DiamondView Plus

DiamondView Plus displays brilliant radiographic images with enhanced detail contrast, increased sharpness, and reduced noise thanks to organ-specific multi-scale processing.

Advanced clinical applications

The system easily handles a wide range of dynamic procedures such as GI or GU, arthrography, myelography, venography, and ERCP, just to name a few. Additional capabilities include tomography* and long-leg/long-spine imaging and DSA* with up to 8 frames per second.

Dose reduction with C.A.R.E features

AXIOM Luminos dRF is equipped with comprehensive C.A.R.E. options (Combined Applications to Reduce Exposure) and additional radiation reduction features to achieve excellent dose reduction for patients, physicians, and staff.
Read more