Allgemein

At ESTRO 2026 in Stockholm, Strahlenzentrum Hamburg presented exciting clinical results on the preparation and introduction of a gantry-mounted in-vivo dosimetry chamber for patient treatment using the IQM system. The study demonstrated that implementation of IQM during patient treatment enables real-time dose verification without compromising treatment workflow or prescription accuracy. In addition, the approach can […]

At the OEGRO Annual Meeting 2025 in Krems, the Department of Radiation Oncology, Medical University Innsbruck presented their experience with the Integral Quality Monitor (IQM) following its clinical implementation into their radiotherapy workflow. The team demonstrated how IQM is used as a real-time transmission detector for monitoring radiotherapy delivery based on a position-weighted dose–area product.

Just nine days after completing installation and training, the University of Debrecen Clinical Center (Debreceni Egyetem Klinikai Központ) began performing fraction QA measurements during patient treatments with IQM. Installation & training completed: 26 January 2026 First fraction QA measurement: 4 February 2026 This marks the fastest transition from IQM installation to live treatment monitoring in the history of IQM.

We are very pleased to share that the first IQM system in Hungary has been successfully installed, trained, and officially handed over at the University of Debrecen Clinical Center (Debreceni Egyetem Klinikai Központ). The project was completed exactly as planned, including system installation, commissioning, and comprehensive user training. Throughout the process, the collaboration with the Debrecen

We are pleased to share the successful installation of the IQM system at the brand-new Radiation Therapy Clinic at Centro Médico Viamed Tarragona. IQM has been fully commissioned and configured for a broad range of clinical applications, including: 6 MV VMAT 10 MV VMAT 6 FFF VMAT, including single-lesion SRS and multi-lesion SRS In addition, preparation for 10 FFF VMAT

What happens when every single treatment beam is monitored in real time—over 2.5 years, across all patients, all plans, and all treatment techniques? Our customer at Teikyo University Hospital has answered this question with what is now the largest clinical beam-monitoring dataset ever published. Key facts from the study presented at JASTRO 2025 1,204 patients 1,248 treatment plans 28,821 beams Segment-by-segment analysis of