Varian Medical Systems and Brainlab Combine TrueBeam™ STx with the Novalis® Radiosurgery Program

PALO ALTO, Calif. and MUNICH, June 30 /PRNewswire-FirstCall/ -- Varian Medical Systems (Varian) and Brainlab today announced the expansion of their partnership to incorporate Novalis technology and other Novalis® Radiosurgery Program elements with the recently launched TrueBeam™ STx system. The expanded suite of products will be badged "Novalis powered by TrueBeam STx." The announcement was made at the 5th International Conference of the Novalis Circle, a meeting of Novalis radiosurgery users that provides a platform for collaboration between clinicians to advance the field of radiosurgery, which was held in Munich June 17-19.

This expanded agreement is a natural extension of a relationship between the two companies that began in 1996, and grew with their collaboration around the Novalis Tx™ radiosurgery platform, which launched in 2007. Novalis Powered by TrueBeam STx will give clinicians radiosurgical and image-guidance capabilities designed for targeted SRS and SBRT treatments. It will include Brainlab iPlan® treatment planning and ExacTrac® room-based x-ray imaging technology as well as Varian's HD120 MLC multileaf collimator for high resolution beam shaping.

"TrueBeam STx technology will significantly enhance the Varian-Brainlab offering to the radiosurgery market with its significant speed and precision. The Novalis Radiosurgery Program includes a comprehensive package of clinical applications, workflow, knowledge base and training for radiosurgery," said Dow Wilson, Executive Vice President; President, Oncology Systems, Varian Medical Systems, Inc.

The TrueBeam STx is specially configured for advanced radiosurgery and is designed to treat a moving target with unprecedented speed and accuracy. A TrueBeam system can deliver treatments up to 50 percent faster with a dose delivery rate of up to 2400 monitor units per minute, double the maximum output of earlier, industry-leading Varian systems. This makes it possible to offer greater patient comfort by shortening treatments, and to improve precision by leaving less time for tumor motion during dose delivery.

source: Varian Medical Systems