Push the boundaries of your stereotactic capabilities
Hypo-fractionated radiation therapy demands the highest levels of accuracy and precision. Versa HD Series with HDRS pushes the boundaries of your stereotactic capabilities. As evidence continues to grow for new radiosurgery indications ensure you have the right platform to empower the treatments of tomorrow.
“If we are talking about treating lung cancer or liver metastases, the faster we can deliver therapy, the less chance for patient motion and, in turn, the more precise therapy will be. The High Dose Rate mode within Versa HD will facilitate that.”
High Dose Rate beams shorten the beam-on time by increasing the dose rate – This faster delivery increases treatment accuracy by reducing the risk of intrafraction motion
More treatment options are available to patients when any SRS or SBRT treatment can also be delivered in a conventional RT time slot
“Versa HD will enable even more conformal treatments that should significantly limit normal tissue exposure and decrease side effects. We can deliver these state-of-the-art techniques with Versa HD and do it in such a way that it not only manages [the] cancer, but also minimizes the impact of treatment on [the patient's] quality of life.”
4 – 5x lower transmission through Agility™ MLC helps clinicians achieve lower critical structure and body doses
Lower leaf transmission provides more usable dose to the clinician aiding dose escalation protocols
High definition dynamic radiosurgery using Versa HD in combination with Monaco® ensures that the dose planned is the dose delivered, providing confidence in superior treatment quality
“Advanced motion management technologies are critical to facilitate highly accurate and potent stereotactic radiation therapy for early stage inoperable lung tumors. Versa HD integrates these technologies and other solutions – such as 4D image guidance and sophisticated patient immobilization and treatment planning – into a specializes package for lung cancer. For the patient, it will mean a higher therapeutic dose of radiation to the lung tumor, with reduced exposure to nearby healthy tissues.”
Advanced 4D image guidance provides visualization of previously invisible tumors that were obscured due to motion, increasing treatment precision
Optimized workflows, for all imaging techniques offer true online guidance bringing simplicity to complex motion and ensuring fast and efficient workflows
Physician input at the time of treatment is reduced through protocol driven decisions
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University of Heidelberg, Mannheim, Germany
Farrer Park Hospital, Singapore
University of Texas Health San Antonio, Texas, US
University Medical Center, Mannheim
Radiation Oncology Kettering Medical Center, Kettering