All the manual and automatic tools you need to create high-quality 3D-CRT plans in an efficient and consistent way.
Conventional 3D-CRT forward treatment planning, with manual and automatic tools for conformal treatment using treat-and-protect, beam weighting, wedges, etc.
Modern inverse planning techniques are also available for creating conventional 3D-CRT plans. These plans can be automatically optimized with respect to any combination of segment shapes, segment monitor units, collimator, gantry and couch angles. This makes plan creation faster and more consistent.
Beam aperture with MLC and blocks
Tools for drawing and manipulating apertures in BEV
Automatic computation of apertures based on target ROI and OAR
Merging of beams for field-in-field planning
Direct optimization of 3D-CRT treatment parameters, such as leaf positions, beam weights, wedge angles, wedge fractions, collimator angle, gantry angle and couch angle
Support for all MLC-equipped Elekta, Varian and Siemens linacs