Easy, Consistent Acquisitions
Designed for Radiation Oncology workflows for accurate simulations and treatment plans.
Standardizing the RT workflow is considered essential to improve RT treatment quality and reduce miscommunication or human errors.1
“…the area we are going to see the most benefit early on and that’s in the area of image optimization and acquisition.”
Dr. Peter D. Chang
AI Director, Neuroradiologist
University of California, Irvine, USA
Automated workflows for reproducible, accurate simulations and treatment plans.
CT
- Anatomy specific protocols
- Respiratory motion management
- Ability to accommodate virtually all patient weights2
- TG66 compliant table3
PET/CT
- Anatomy specific protocols
- Respiratory motion management
- Ability to accommodate virtually all patient weights2
- TG66 compliant table3
MR
- Reduce scan times by up to 50%, scan in one plane, reconstruct in alternative planes
- Set Specific Absorption Rates (SAR) automatically4
1 Journal of Applied Clinical Medical Physics Clinical practice workflow in Radiation Oncology should be highly standardized Journal of Applied Clinical Medical Physics Per Halvorsen,Nilendu Gupta,Yi Rong First published: 12 March 2019
2 Up to 690 lbs depending on modality and model Celesteion 450lb, LB 600+, Exceed LB 694 lbs
3 CT and Celestion
4 Recons are done on alternate workstation (compatible with 3D Compressed SPEEDER/CS)
