Planning for complex treatments such as stereotaxy is facilitated with ERGO++, which provides features for fast, efficient stereotactic localization. ERGO++ delivers rapid, flexible treatment planning with the precision and control required for specialized applications, including stereotactic localization—simplified by the ability of ERGO++ to support all major frames. ERGO++ also enables stereotactic radiosurgery planning, dynamic multileaf collimator (DMLC) planning (supporting all major micro, mini and integrated MLCs), in addition to all commercially available stereotactic cones and plan evaluation.

The modular distributed design of ERGO++ ensures that it can be configured exactly to each clinic’s requirements, streamlining workflow and further improving efficiency, making it easy to plan, easy to deliver and easy to QA complex stereotactic treatments. The ability to create templates for commonly used techniques further optimizes time spent by the planner on routine tasks.

• Arc modulation optimization algorithm (AMOA) supports inverse planning.
• Supports arc-based radiosurgery and radiation therapy, as well as intensity modulated radiosurgery in a single treatment planning system.
• Vendor-neutral, open standards solution.