Every Clinical Protocol a Winner:
Half the Scan Time and Higher Image Quality ...or
Twice the Resolution for the Standard Scan Time
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Imagine performing a standard high-resolution SPECT bone scan...and
Imagine the images displayed at a superb image quality, never before seen in Nuclear Imaging! Or...
Imagine completing a Whole-body acquisition in
less than 8 minutes... with the images displayed at a higher image quality than that you have learned to expect!
All this is now possible thanks to UltraSPECT®'s exclusive Wide-Beam Reconstruction (WBRTM) technology! WBR virtually resolves
the well-known trade-offs between sensitivity and resolution in Nuclear Imaging, revolutionizing the way Nuclear Imaging is practiced.
The benefits are unimaginable!
- Dramatically reduced scan times
- Superior image quality
- Increased diagnostic certainty
- Unsurpassed patient throughput
- Higher department productivity
- Improved patient tolerance and cooperation
- Seamless product integration and automated operation
Repositioning your Practice to Meet Today's Growing Demands on Clinical Efficacy, Department Productivity and Patient Comfort
Xact.Bone™
Twice the Resolution5...
For Unmatched Image Quality and Diagnostic Certainty
- Highly improved SPECT resolution
- Enhanced Whole-body / planar resolution
- Higher uniformity of image resolution6
- Higher image contrast
- Clarity of uptake improved by over 30%7
- Bone to soft tissue ratio increased by over 20%7
- Enhanced lesion detection8
- Increased confidence in image interpretation7
Seamless Product Integration and Automated Operation
- Readily connects to most major manufacturers' cameras and workstations network
- Hardware based on a quad-core CPU with embedded software, installed within hours
- Single automatic processing protocol for all patients
- Robust and reliable, with virtually no "down" time
- Fully automatic operation, transparent to the departmental clinical work flow
1 Signal-to-Noise Ratio.
2 M. Bocher et.al., EANM 2005.
3 Z. Bar-Sever et.al., SNM 2006.
4 S.J. Goldsmith et.al., EANM 2005.
5 Improved from 10.1mm to 4.4mm, as measured using standard NEMA SPECT resolution tests.
6 J. Patton et.al., SNM 2003.
7 R.E. Coleman et.al., EANM 2005.
8 Z. Bar-Sever et.al., EANM 2005.