CDR Systems offers a comprehensive range of positioning and immobilization solutions aligned to real-world radiotherapy workflows—designed to support therapists, patients, and precision across clinical applications.
Custom moldable point of care Bolus
Optimized custom support
Precise immobilization with Hexpand™
Water-Activted Custom Support Cushion
Clinical focus:
Stable, comfortable head & neck positioning that supports accurate setup and patient tolerance across fractions.
Adjustable Supine Positioning
Prone Breast Positioning System
Clinical focus:
Efficient setup, patient comfort, reproducibility, and fast transitions between cases.
Prone Pelvic Positioning System
Optimized custom support
Clinical focus:
Prone pelvic positioning with improved comfort, stability, and lean workflow.
Clinical focus:
Safe, efficient rotational treatments that reduce complexity, preserve indexing and accessories, and support accurate planning through integrated reference features.
(Cancer & Benign Conditions)
Clinical focus:
Standardized immobilization for arms, legs, hands, feet, knees, and shoulders—supporting both traditional cancer radiotherapy and low-dose radiotherapy for benign conditions such as:
Precise immobilization with Hexpand™
Tongue positioning system
Clinical focus:
Predictable molding, patient comfort, modern design, and reproducible immobilization without workflow burden.
At CDR Systems, every product begins with a simple principle:
design around the Radiation Therapist and the patient.
Radiotherapy is delivered by people, in busy clinical environments, under time pressure, with patients who require comfort, confidence, and precision. Our products are designed to support that reality—not complicate it.
All CDR Systems products are designed to integrate seamlessly, allowing departments to:
Often limited
Variable
Limited
Variable
Yes. CDR Systems products are designed to support PET-CT simulation and image-fusion workflows commonly used in radiotherapy planning.
Yes. CDR Systems solutions are designed for use with both gantry-based and bore-based radiotherapy systems.
Yes. Materials and designs are compatible with surface-guided radiotherapy workflows where applicable.
No. They are designed to support a range of techniques including IMRT, VMAT, SRS, SBRT, and related approaches.