Find out how independent experts use our quality assurance software.
We recommend the following publications
Two papers on RadCalc’s exceptional accuracy
RadCalc’s exceptional accuracy provides confidence and reliability for all field sizes in a single model with both the Collapsed Cone Superposition Convolution and BEAMnrc Monte Carlo.
Sensitivity and specificity of secondary dose calculation and phantom QA for head-and-neck plans
Poster presentation at ESTRO annual meeting 2023
SBRT plan verification using Dosimetry Check™
"EPID-based 3D dosimetry for pre-treatment FFF VMAT stereotactic body radiotherapy plan verification using Dosimetry Check™"
One-Stop-Shop for End-To-End Patient-Specific QA: A Glimpse Into the Future
The benefits of using a suite like RadCalc extend beyond the convenience of a single integrated solution.
Sensitivity of RadCalc EPID Dosimetry for In Vivo Composite Dose Evaluation
The study is designed to test the sensitivity of the RadCalc EPID Dosimetry Suite using a heterogeneous EASY CUBE phantom in a full-body configuration from LAP.
RadCalc 3D algorithms to evaluate TPS dose on planning CT
"The 3D Isodose Structure based method for clinical dose distributions comparison in pretreatment patient-QA"
Validate any treatment delivery with RadCalc EPID
A concise definition of In-vivo dosimetry in the scope of EBRT is provided in the methods section...
Over 20 years of R&D to develop RadCalc EPID
"EPID‐based in-vivo dosimetry using Dosimetry Check™: Overview and clinical experience in a 5‐yr study including breast, lung, prostate, and head and neck cancer patients"
Intelligent automation with RadCalcAIR delivers results
With the scripting tools available in modern treatment planning systems, easy hand-offs can be built to complement RadCalcAIR's intelligent automation…
RadCalc provides fast secondary dosimetry check in ART
We recommend this prospective study is the first report of daily adaptive radiotherapy (ART) for head & neck cancers…
Using RadCalc with Elekta's Gamma Knife
Published in the Journal of applied clinical medical physics in 2020...
Keep up with MR-Linac second checks and other emerging technologies with RadCalc!
[For the plans evaluated] overall deviations were between -1.7% and +1.8% for the commissioned model, a tolerance level of 3% and an action level of 5% was...