RaySearch Laboratories products

Model RayCommand - A Unified Treatment Control System

RayCommand®* treatment control system (TCS) is the link between the treatment machine and the treatment planning and oncology information systems. RayCommand coordinates and orchestrates the different systems involved, such as imaging systems, beam delivery systems and the patient support system. Effective coordination is critical in order to achieve safe and efficient patient treatments.

Model Rayintelligence - Advancing Cancer Treatment Through Machine Learning

Machine learning and data-driven oncology represents a new era in healthcare. RayIntelligence® is an innovative cloud-based oncology analytics system that gives meaning to data, empowering cancer centers to reach new levels of personalized care through insights based on clinical data.

RayStation

Automated Treatment Planning

Save time and reduce the risk of error by automating treatment planning. Advanced plan-generating protocols, scripting, automated breast planning, fallback planning, machine learning and plan explorer are some of the tools available in RayStation — the first treatment planning system to incorporate machine learning applications.

Adaptive Therapy

In adaptive therapy planning frequent imaging is used to compensate for anatomical differences that occur during the course of treatment. Re-planning is considered once significant changes are observed. RayStation is specifically designed to make adaptive therapy faster and easier in clinical practice. It includes modules designed for dose tracking, deformable registration, and adaptive re-planning. RaySearch has collaborated with leading cancer centers worldwide to pioneer the use of adaptive planning.

Multi-Criteria Optimization

Iterative parameter tuning and multiple re-optimization is no longer necessary with multi-criteria optimization in RayStation. This module allows for the continuous exploration of the possible treatment options in real time so you can find the precise balance for every patient between target coverage and the sparing of healthy structures.

Fast and Accurate Dose Computation

Speed and accuracy for superior plan quality. Radically transform your treatment planning process with the unrivaled speed of RayStation. Computation is measured in seconds rather than minutes, so you can efficiently produce several competing treatment plans to assess different tradeoff situations and avoid interruptions. This has been shown to contribute to overall plan quality. Decreasing calculation times for VMAT planning – from around 10-17 minutes for optimization and final dose calculation to around 2-4 minutes – significantly increases the fulfillment of clinical goals*. RayStation also offers the possibility to use Monte Carlo dose algorithms**, providing the highest level of accuracy. All calculations are run on GPU to enable outstanding results like those displayed here***.

RayPlan

VMAT Planning

Design and optimization of single- or multiple-arc plans is enabled. VMAT planning is done using an optimization procedure (inverse planning). Objectives and constraints for the desired dose are defined and the system creates a plan that matches these criteria as closely as possible within the limitations of the treatment machine. The optimized plan is directly deliverable, without the need for post-processing that might degrade quality. VMAT planning follows the same workflow as SMLC optimization. Delivery time and motion constraints can also be used. The direct optimization of machine parameters means the optimized plan is directly deliverable, with no post-processing required. Varian, Elekta and Siemens machines are supported, including non-upgraded Varian machines and the Siemens mArc.

IMRT Planning

State-of-the-art tools for designing and optimizing IMRT treatment plans. Direct optimization of step-and-shoot segments enables high-quality IMRT plans with a minimum number of segments. This increases overall treatment quality by speeding up both the planning and delivery processes. Conversion for sliding window (dynamic MLC) IMRT is also supported. As computation takes seconds rather than minutes, you can create several alternative treatment plans to assess different trade-off scenarios instead of opening a second case or going on a break during computations.