Effective Jan. 1, 2024, the definition of a small rectangular field camera for nuclear medicine phantoms will change to the smallest dimension < 32 cm (current requirement is the longest dimension < 32 cm). The purpose of this update is to better identify scanners with a small field of view (FOV) and differentiate the small FOV scanners from those with a large FOV.
Nuclear Medicine and PET Accreditation
Everything you need to pursue ACR® nuclear medicine and PET accreditation
How to Prepare for ACR Nuclear Medicine and PET Accreditation
ACR® Accreditation is a valuable tool for maintaining excellence in everything from operations to patient care. To prepare for your application:
- Confirm that your medical imaging staff has the appropriate experience and qualifications.
- Perform all quality control tests as established by ACR and your nuclear medicine/PET unit manufacturer.
- Work with your supervising physician to select your best nuclear medicine/PET images for submission.
- Review accreditation forms and other helpful information.
Apply for Accreditation
Your Roadmap to ACR Accreditation
Once you’ve applied and received your testing materials, the following documents can help you navigate the next steps to ACR Accreditation.
Fees
See the complete breakout of pricing by units, modules and sites including multiple modality discounts.
Announcements
Stay up to date on the latest nuclear medicine, PET and accreditation news and announcements.
Effective Jan. 1, 2024, the mean background criteria for PET phantoms will change to 0.90-1.10 for SUV measurements. The aim for this update is to reduce the variability tolerance of the background SUV to +/- 10% from the previous +/- 15%. This change helps to improve the accuracy of scanner calibration and SUV measurements.
ACR Accreditation now offers non-U.S. imaging facilities recognition for meeting current ACR accreditation standards. Facilities will submit self-assessment documentation for verification. No clinical or phantom images required.