Catalyst

EVOLUTION IN 4D TREATMENT

Thanks to the latest advances in planning systems and treatment dose delivery, continuous optimization of results has become possible. Now, with the revolutionary Catalyst system, you can achieve the same level of confidence by controlling a single variable — patient position.

The Catalyst system is a revolutionary solution for surface-guided radiation therapy (SGRT), combined with software optimized for workflow integration.

The Catalyst system offers a complete solution for 3D conformal radiotherapy and IMRT (intensity-modulated radiation therapy) techniques for real-time patient position monitoring before and during irradiation, ensuring the best therapeutic and palliative treatment outcomes while preventing unwanted radiation doses.

Innovative Real-Time 4D SGRT Solution

Real-time SGRT for the entire 4D radiation treatment workflow, from position correction and positioning to monitoring intra-fractional shifts and treatment with respiratory gating.
Patented color map projected onto the patient's body during setup for immediate patient positioning correction.
Treatment with respiratory gating.
Support for all modes: breath-hold, deep inspiration, and controlled/free breathing.
Audio-visual guidance is available to help the patient maintain optimal breathing cycles. The patient's baseline is calculated as an absolute parameter that can be used during treatment.

High Level of Patient Safety and Comfort

Motion management without additional radiation doses.
No markers on or around the patient's body.
Audio-visual guidance is available to help the patient maintain optimal breathing cycles.

Increased Productivity Without Compromising Treatment Quality

Potential to improve the quality and speed of the positioning process, e.g., extremity sarcoma.
Non-rigid algorithm improves accuracy and clinical application speed without additional time for ROI development.
Highly integrated quality assurance and quality control procedure — daily quality control in 5 minutes.
Potential to reduce the frequency of other IGRT technologies.