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Simac Quality Assurance Total QA by Image Owl
CLINICAL 

Simac Quality Assurance

QA that measures clinical impact — not just machine performance

Traditional QA asks "is the machine within tolerance?" Simac QA asks "is it acceptable for this patient today?" — by connecting machine measurements directly to patient dose. It feeds your real linac QA into Simac to build a machine-specific twin for trend analysis, machine history and service support. Powered by the Simac Beam Model™.

At a glance
Engine
Simac Beam Model
QA import
Total QA · via Image Owl
Frameworks
TG-142 · TG-100
Delivery
Web-based
Machine-specific
twin
Trend &
history
Dose-aware
QA
Supports
TG-142 /TG-100
Root-cause
analysis
QA data
import
What you can do
  • ›Interpret a QA result in terms of patient dose — e.g. an out-of-tolerance symmetry against a patient plan
  • ›Quantify the combined dose effect of several results sitting near tolerance
  • ›Perform root-cause analysis — separate user effects from true machine effects
  • ›Set up a TG-100 FMEA with patient-risk scores; support lifecycle & capital planning
What's included
  • QA data integration into a machine-specific digital twin
  • Trend analysis & machine history for service support
  • Standard dose calculation (up to a four-field box on a user-defined phantom)
  • QA import powered by Total QA & Image Owl
Included with purchase
QA data integration into a machine-specific twin · trend analysis & machine history 
Requires
Total QA by Image Owl • Simac Machine 
*Contact sales for option without Total QA
Total QA by Image Owl
Sold separately
Simac Dose Calculation • Simac Water Tank
What it does today
  • ›Relates TG-142 measurements to a dose distribution
  • ›Quantifies cumulative machine drift as a dose effect
  • ›Supports TG-100 risk frameworks & keeps machine history
Limitations
  • ›No MLC log files or electron beams
  • ›A second-check tool — not a treatment planning system
linax.ca
From pass/fail to physics-based understanding