Benefits for Medical Physicists

RTsafe’s products and services enable you to conduct realistic simulations of radiotherapy processes in the clinical environment as a vital part of End-to-End verification of the entire treatment cycle. Additionally, you can validate your quality assurance program independently through effortless and cost-effective advanced dosimetry solutions.

This unique personalized approach can assist you in optimizing treatment outcomes and in minimizing the risk of negative side effects. RTsafe permits data-driven continuous improvement through individualized quality monitoring. Furthermore, authentic process simulation will enable you to confidently advocate SRS as an optimal method of treatment.

Machine QA

Prime

Broadening the spectrum of quality assurance

Complexity of contemporary radiotherapy demands a novel approach in quality assurance. Prime is a 3D-printed head phantom that broadens the spectrum of quality assurance through an integrated solution.

Encephalon 3D

Limitless SRS QA

Encephalon 3D is a single-use head phantom constructed from bone equivalent material. The brain area is filled with 3D polymer gel dosimeter, as a tissue equivalent material, giving to the end-user the ability to gain a real-3D map of the delivered dose.

SBRT Phantom

Ensure target localization and patient repositioning

SBRT phantom is an anthropomorphic 3D-printed phantom that simulates the anatomy of an abdominal case, with bone and tissue-equivalent materials. The unique advantage of having realistic bone and soft-tissue contrast in both CT and MR imaging, makes SBRT phantom an excellent tool for online adaptation of advanced SBRT techniques.

Spine

More accurate spine radiosurgery

RTsafe’s 3D printed Spine phantom is an accurate replica of a real patient’s spine anatomy for SBRT quality assurance test. Spine phantom is manufactured to meet the need of a patient specific End-to-End solution in SBRT field.

Publications

Dosimetric intercomparison for stereotactic radiotherapy of multiple brain metastases
Sara Abdollahi , Rachid Boucenna , Cécile Chatelain , Nathan Corradini , Marie Fargier-Voiron , Vincent Fave , Juan Garcia , Sarah Ghandour , Matthias Guckenberger , Martin Härtig , Tanja Hertel , Maud Jaccard , David Jeller , Stephan Klöck , Krayenbühl Jérôme , Natacha Ruiz López , Peter Pemler , Harald Petermann , Olivier Pisaturo , Francesco Pupillo , Daniel Schmidhalter , Christian Tata , Sheeba Thengumpallil , Sergejs Unterkirhers , Veronique Vallet , Patrick Weber , Nicolaus Andratschke , Stephanie Tanadini-Lang

Physics and Imaging in Radiation Oncology (2026)
Multicenter evaluation of planning quality in intracranial stereotactic radiotherapy for brain metastases
Sara Abdollahi , Rachid Boucenna , Cécile Chatelain , Nathan Corradini , Marie Fargier-Voiron , Vincent Fave , Juan Garcia , Sarah Ghandour , Matthias Guckenberger , Käthy Haller , Martin Härtig , Tanja Hertel , Maud Jaccard , Stephan Klöck , Jérôme Krayenbühl , Natacha Ruiz López , Philippe Logaritsch , Peter Pemler , Harald Petermann , Olivier Pisaturo ,Francesco Pupillo , Daniel Schmidhalter , Christian Tata , Sheeba Thengumpallil , Veronique Vallet , Patrick Weber , Nicolaus Andratschke , Stephanie Tanadini-Lang

Physics and Imaging in Radiation Oncology (2026)