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ThorX Webinar: Your SBRT QA Game-Changer
Learn how to transform your SBRT QA process with LUCY ThorX Phantom—the all-in-one solution for simulation, planning, imaging, and delivery QA. Discover how its realistic evaluation capabilities and unmatched versatility can save you time while elevating your QA standards.
Comprehensive Evaluation
Integrated Testing
4 primary modules that are assembled using rods, of a density similar to trabecular bone, around the periphery. Various internal structures and test objects as well as external engravings and fiducials are utilized for integrated testing.
Pseudo-Anthropomorphic Anatomy
Ribs, Vertebrae, Spinal Cord, Lung, and Kidney.
Dose Verification
Measure dose with ion chambers and film. Four detector cavities and targets for Multiple Met SBRT QA.
CT/SIM QA
- Laser Alignment and Orientation for gantry walls and ceiling
- CT Couch Orientation, indexing, motion, and position
- Slice Thickness / Profile Width and Sensitivity Profile
- CT Number Constancy
- Field Uniformity and Image Noise
- Spatial and Contrast Resolution
- Virtual SIM with Hidden Target Localization, Contouring, and Laser Movement Accuracy
Treatment Planning QA
- High-Contrast Kidney Target
- High-Contrast Triangle Target
- DICOM Transfer (Scan vs. Export Orientation, Position, Flip, etc.)
- Spatial and Contrast Resolution
- Slice Thickness
- Field Uniformity and Noise
- CT Number Constancy
- In-Plane Spatial Integrity
- Contouring, Margin Creation, DRR Spatial, Dose and DVH Accuracy
Linac Imaging QA
- DICOM and Volume Transfer Accuracy
- Spatial Integrity Accuracy
- TG-142 Position/Reposition, Monthly
- MV/kV Coordinate Coincidence
- CBCT Distortion, Spatial Resolution, Contrast, Constancy, Uniformity, and Noise
Treatment Delivery QA
- High-Contrast Kidney Target with Ion Chamber Measurement in Target and Margin
- High-Contrast Triangle Target with Ion Chamber Measurement
- Rotating Insert with Target bisected by Film Plane and Ion Chamber Measurement
- Spinal Insert bisected by Film Plane
- Target Localization Delivery Accuracy and Dose Verification
Key Features
- • Phantom Dimensions: 251mm x 320mm x 210mm
- • Primary Material: Virtual Water
- • Weight: 13 kg
- • Visual Laser Alignment
- • Geometric targets
- • Pseudo-anthropomorphic anatomy
- • Multiple ion chamber cavities
Download the LUCY ThorX Datasheet
Specifications
| Key Specifications | |
|---|---|
| Phantom Dimensions | 250.7 x 320 x 210 |
| Material & Weight | 13.15kg, Virtual Water |
| 45 mm Sphere | 45mm diameter, 50.96cc volume, Blue Water |
| Kidney Target | 38.9cc Volume, Blue Water |
| Kidney Margin | 241.75cc volume, Adipose Fat |
| Triangle Target | 38.55cc volume, Blue Water |
| Triangle Margin | 104.29cc volume, Lung |
| Left Lung | 155.67cc volume, Lung |
| Insert Dimensions | |
| Film Rod Insert | 120.71mm L, 76.35mm D, Virtual Water |
| Film Rod Insert Target | 10.09cc volume, Acrylic |
| Film Rod Insert Pre-Cut Film | 104.3 x 65.2mm, Gafchromic Film |
| Spine Film Insert | 90 x 44.6 x 50.8mm, Virtual Water |
| Spine Film Insert Pre-Cut Film | 86.8 x 47.6mm, Gafchromic Film |
| Film Calibration Strip | 76.2 x 25.4mm. Gafchromic Film |
Resources
TechNotes
Webinars and Videos
Publications
- Independent Secondary Dose Calculation for Patient-Specific Quality Assurance: Quantitative Benefit of Monte–Carlo and Custom Beam Modeling
- Routine Machine Quality Assurance Tests for a Self Shielded Gyroscopic Radiosurgery System
- Feasibility Study Using HDR 1000+ Well-Type Ionization Chambers
- Feasibility Study Using HDR 1000+ Well-Type Ionization Chambers
- Whats New ESTRO 2025
- Transforming Radiation Therapy: Standard Imaging's Adaptivo In Vivo EPID Dosimetry Solution for Personalized Treatment Precision--A Comprehensive Clinical Use Case Review
- Evaluation of the Exradin A19 Ion Chamber for Reference Dosimetry in Megavoltage Photon Beams
- Evaluation of a Water-proof, Homogeneous Farmer-Type Ion Chamber for Orthovoltage and High Energy X-Rays and Electron Beams
- Commissioning and Cross-Comparison of Four Scanning Water Tanks
- Validation of the Acuros XB dose calculation algorithm versus Monte Carlo for clinical treatment plans
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