COMPASS
2-in-1 Patient Dose QA in 3D Patient Anatomy: Calculation-based TPS Check and Measurement-based Delivery Check.
Key Benefits
- 2-in-1 plan verification solution: Calculate (TPS Check) and/or Measure (Delivery Check)
- Automatic Verification of your Gamma for a visual “pass” or “evaluate” in seconds
- Ultimate QA workflow efficiency: save 20 min!
- Verify the plan in 3D patient anatomy and understand the impact of dose discrepancies
COMPASS Patient Dose QA
Your 2-in-1 Plan Verification Solution
Have the choice to measure your plan or to simply re-calculate! Maximum efficiency for standard, and the most complex treatment verification!
Maximize Efficiency:
• Highest QA efficiency based on TPS check plan re-calculation for standard cases, such as prostates allow you to skip plan measurements.
• Immediate and automatic "FAIL" alert for missed prescription doses or Gamma.
• No time-consuming hybrid TPS plan required - compared to phantom-based solutions
• Fast and convenient access to your QA data: Patient file management flexibility with SQL database & Client/Server installation or stand-alone SQL Express.
• Automatic PTV & OAR analysis based on your clinical protocol.
Minimize Errors:
• Highest QA accuracy based on real Linac output measurements for complex cases like H&N. Verify your entire treatment chain!
• Patient CT based dose calculation provides the accurate dose and DVH for clinically relevant verification.
• Overcome phantom uncertainties with TPS-class dose calculation in 3D and 4D, based on real measurements or as a secondary TPS re-calculation
• Verify the patient plan with a complete understanding of the clinical relevance of dose discrepancies and necessary corrective action.
• High Accuracy through independent Collapsed Cone dose calculation in collaboration with RaySearch Laboratories.
WHY COMPASS?
Accuracy counts! Modern treatment planning systems use advanced dose algorithms. Why would a clinician rely on a rudimentary dose algorithm for plan verification? COMPASS provides highest RTPS class accuracy dose calculation for CT and DVH, allowing you to make safety critical decisions.
