IQM signal reproducibility for complex clinical casesselected and provided by our research partners

Complex clinical cases (various VMAT and IMRT cases) were applied multiple times on different days. IQM automatically measured a signal for each individual beam segment. The signal of each beam segment was compared with each other and the % standard deviation was calculated.

complex treatment plans

427

number of measurements

2528

beam segments

34799

segments compared

IQM signal reproducibility for complex clinical casesselected and provided by our research partners

The tests confirm that the IQM system measures
a highly reproducible signal
with an
average % standard deviation
of

0.929

An intriguing device...

"This allows everyone to stay ahead of the game of QA."

"IQM constitutes a paradigm shift in treatment verification..."

"The best idea I have seen in years..."

"A physics tool for the independent verification of the final beam product."

"Measuring with IQM is a piece of cake..."

"I see endless possibilities..."

"The IQM System is a highly sensitive dose monitoring device.”

"IQM is an especially good candidate for monitoring small fields due to its unique detector design"

"Why didn't anybody think of this before?"

"Our study demonstrates clinically negligible changesin beam quality and surface dose for all investigated beams.”

"The results of our study demonstrate the clear and consistent correlation of the IQM signal with DVH metrics.”

"IQM is a key component of our automated treatment quality control and allows us to fully comply with the requirements defined in the 2013/59/EURATOM directive."

"The quick setup and fully automated handling of all clinical data significantly reduces the time we need for Plan QA. Our clinical evaluation has shown that the error detection capability of the IQM System is at least as good, and in many cases even better, than with conventional 3D phantoms."

IQM signal reproducibility for complex clinical casesselected and provided by our research partners

The tests confirm that the IQM system measures a highly reproducible signal with an average % standard deviation of

0.929

An intriguing device...

"This allows everyone to stay ahead of the game of QA."

"IQM constitutes a paradigm shift in treatment verification..."

"The best idea I have seen in years..."

"A physics tool for the independent verification of the final beam product."

"Measuring with IQM is a piece of cake..."

"I see endless possibilities..."

"The IQM System is a highly sensitive dose monitoring device.”

"IQM is an especially good candidate for monitoring small fields due to its unique detector design"

"Why didn't anybody think of this before?"

"Our study demonstrates clinically negligible changesin beam quality and surface dose for all investigated beams.”

"The results of our study demonstrate the clear and consistent correlation of the IQM signal with DVH metrics.”

"IQM is a key component of our automated treatment quality control and allows us to fully comply with the requirements defined in the 2013/59/EURATOM directive."

"The quick setup and fully automated handling of all clinical data significantly reduces the time we need for Plan QA. Our clinical evaluation has shown that the error detection capability of the IQM System is at least as good, and in many cases even better, than with conventional 3D phantoms."

The tests confirm that the IQM system measures
a highly reproducible signal
with an
average % standard deviation
of