Date & Time : 18 June 2026 | 17:00–18:00 CEST | Online

Disclaimer
The speakers are not official ESTRO representatives, and the content presented is not ratified or endorsed by ESTRO. The views and opinions expressed are solely those of the individual speakers and do not necessarily reflect the position of ESTRO.
An estimated 96% of potential cranial SRS patients lack access to state-of-the-art cranial radiosurgery. Why? The costs and complexities of legacy delivery technologies. Learn how the next-generation ZAP-X overcomes these limitations to set new standards in dosimetric quality – and ultimately make world-class radiosurgery accessible anywhere, everywhere.
Chair
- Dr. John Adler, ZAP Surgical EO / Professor of Radiation Oncology & Neurosurgery at Stanford University / Inventor of the CyberKnife and founder of Accuray
Speakers
Programme
- 17:00 – 17:05 | Dr. John Adler – Welcome, webinar objectives and goals, and speakers' introduction
- 17:05 – 17:20 | Dr. Andreas Mack – SNRC programme overview, SRS experience and indications treated; ZAP-X technology and workflow introduction
- 17:20 – 17:35 | Dr. Morena Sallabanda – IRCA programme overview, SRS experience and indications treated; SRS platform dosimetric comparisons; ZAP-X challenging case reviews
- 17:35 – 17:50 | Dr. John Adler – Future SRS technological innovations: dynamic beam delivery; future potential indications and ongoing clinical trials (radio-neuromodulation for depression, addiction, obesity, and more)
- 17:50 – 18:00 | Q&A Session – Facilitated by Dr. John Adler
Key Learning Objectives
What skills and insights will participants gain from attending this webinar?
- Review real-world SRS program implementation at SNRC and IRCA, including workflow and indications treated.
- Understand the core architecture and clinical role of the ZAP-X® platform in dedicated cranial SRS.
- Evaluate dosimetric comparisons across SRS platforms, including conformality, gradient, and whole-brain dose.
- Assess challenging clinical cases and treatment planning strategies using ZAP-X.
- Explore emerging next gen radiosurgical innovations, including dynamic beam delivery and investigational neuromodulation applications.
Resources / Reading References