Innovative and independent quality assurance solutions
IBA Dosimetry develops meaningful and innovative solutions that give
medical physicists the accurate and reliable quality assurance results they need.
Meaningful Innovation
IBA is shaping the future of dosimetry.
Measurements, integration, automation, and prediction drive meaningful innovation for your QA solutions.
Flexible Solutions
Our flexible solutions maximize the certainty of your QA results. You can choose between a standard QA workflow or an in-depth analysis, depending on your needs. With IBA Dosimetry solutions, you get reliable, accurate results more efficiently.
Customer-First Service
IBA Dosimetry is here for you, always. We provide customer-first service around the clock and around the world. You have 24/7 access to our global team of experts and their unique knowledge base.
myQA® SRS - The power of SRS revealed!
Fully utilize the capabilities of your stereotactic Linac with the solution that enables more precise QA delivered in less time. Treat your SRS & SBRT patients without the restrictions of other Patient QA methods. 12 x 14 cm² sensor area with 0.4 mm film-class resolution.
Clinical Webinars & Presentations Series
Listen to recorded clinical presentations and quality webinars presented by experienced medical physicist and users. Gain valuable information about dosimetry and QA solutions.
myQA is truly an all-in-one solution
Innovating and Evolving QA
Shine a new light on Quality Assurance
We shape the future of Quality Assurance in Radiation Therapy and Proton Therapy together with our users worldwide.
Enhance your myQA®Daily with the couch mounted rotating holder. Perform your morning Machine QA under the angles 0, 90, 180, and 270 as required by multiple international QA protocols. Discover more > https://t.co/5erAgTHAxw #RadiationTherapy #MedPhys pic.twitter.com/fJXCC3RTBh
— IBA Dosimetry (@IBADosimetry) November 22, 2021
myQA iON
The Patient QA Environment for Proton Therapy
myQA iON is the unique Patient QA software solution for efficiency, accuracy and safety of recurrent QA checks in Proton Therapy.
Monte Carlo secondary dose check with SciMoCa™
SciMoCa™ establishes a new standard for accuracy in secondary dose check and independent plan QA. SciMoCa™ is powered by the accuracy of Monte Carlo dose calculations. It identifies TPS dose errors and discrepancies with minimal effort, and provides instantaneous feedback regarding treatment plan quality and achievement of planning objectives. SciMoCa™ utilizes a best-inclass Monte Carlo dose calculation algorithm with an outstanding academic pedigree to assure the quality of your QA.
myQA
myQA is your independent software platform that integrates your QA applications, processes, workflow, people and data into one QA framework.
All-in-one. All connected. All secure.
Why IBA Dosimetry?
At IBA Dosimetry, our mission is to Protect, Enhance, and Save Lives of patients that are exposed to radiation during radiation therapy and medical imaging. We enable healthcare professionals around the world to maximize patient safety and treatment efficiency by implementing integrated and independent Quality Assurance solutions.
Protect, Enhance, and Save Lives.
Expert ServicesAccess our Online Support Portal
Clinical Presentations and Webinars Discover real clinical experience about the latest dosimetry and QA solutions
Integrated & Independent Quality Assurance
IBA Dosimetry offers a full range of integrated and independent solutions for Quality Assurance (QA), calibration procedures, and services that maximize efficiency and patient safety in Radiation Therapy and Medical Imaging.
Find out more about IBA DosimetryMeet the expertsFind trainings, workshops and events
Coverage and inspectionDiscover our service plans
Work at IBAFind jobs and opportunities
Trusted by over 10,000 customers in more than 110 countries worldwide
With over 10000 users worldwide, IBA Dosimetry is the market leader in providing healthcare professionals with high-end quality assurance solutions to measure and analyze the imaging and treatment doses received by patients.
