Halcyon® system gives you the fast and high-quality treatments you want—and the comfort and convenience your patients need—to win the fight against cancer. With its transformative features such as an intuitive workflow, simplified user interface, and human centered design, Halcyon™ is inspiring new victories in the fight against cancer.
• Optimized image-guided radiotherapy
Engineered to simplify and enhance virtually every aspect of VMAT and IMRT
• New generation dual-layer multileaf collimator
Unique MLC design enables high modulation with low leakage for every field or arc
• High-speed treatment
4 RPM gantry speed, RapidArc delivery at 2 RPM, and fast MLC motion enable quality treatments at unprecedented speed
• Improved workflow efficiency
Standardized workflows are easy to master so clinicians can spend more time with patients
• Patient-centered comfort and safety
Quiet system with smooth motion and easy access keeps patients relaxed and focused
• Simple to use
Image and treat in just nine steps—and stay focused on your patients
Features / strengths
High Quality of Care
Halcyon is designed to achieve high-quality care by optimizing rapid image-guided IMRT and RapidArc® radiotherapy. Every patient will receive treatment characterized by a high level of clinical quality in terms of dose conformality and low dose to organs at risk.
Operational Excellence: Optimized, Simplified, Expedited Care
Many factors contribute to making Halcyon a transformative new system with the potential to impact the overall economics of cancer care.
Human-Centered Design: Maximizing Patient Comfort and Clinician Confidence
Halcyon was designed to enhance patient comfort. The couch descends low to the ground for easy loading and unloading. The system features a spacious, 100-centimeter diameter bore with integrated ambient lighting, designed to contribute to patients’ comfort and relaxation. The couch and gantry are powered by linear brushless motors so that machine motions are smooth and virtually silent, even during acceleration and deceleration.
Specification in detail
Layer of MLC
Dual Layer MLC
3D CBCT Imaging speed