Precision in Every Fraction： Enhancing Setup Reproducibility in Head & Neck Radiotherapy:Gentle Precision: Balancing Patient Comfort and Setup Rigidity in Pediatric RadiotherapyProtecting OARs in Complex Head & Neck Treatments: Advanced Immobilization StrategiesSupine vs. Prone Positioning for Breast Cancer: Choosing the Right Auxiliary System for Your ClinicReducing Heart and Lung Exposure: Innovative Positioning Solutions in Left-Sided Breast RadiotherapyManaging Respiratory Motion in Abdominal SBRT: Best Practices for High-Precision PositioningImproving Stability in Liver and Pancreatic Radiotherapy: The Role of Vacuum Cushions and FramesOptimizing Lung SBRT Outcomes: How Rigid Immobilization Minimizes Inter-fraction MotionThe Impact of Couchtop Attenuation on Lung Cancer Treatment Planning: Why Carbon Fiber MattersCustomizing Immobilization for Small Patients: Technical Challenges and Solutions in PediatricsWhy Carbon Fiber is the Gold Standard for Modern Radiotherapy Couchtops: Balancing Strength and Low AttenuationAchieving Sub-Millimeter Precision: The Science of High-Quality Thermoplastics in Patient ImmobilizationThe Future of Radiation Shielding: Why Lead-Free Solutions are Becoming the Industry StandardFrom Planning to Delivery: How Low-Attenuation Accessories Minimize Dosimetric UncertaintiesSub-Millimeter Accuracy in SBRT and SRS: Why Rigid Immobilization is Non-NegotiableStreamlining VMAT and IMRT Workflows: Minimizing Dosimetric Impact with Low-Attenuation AccessoriesThe Quest for “Artifact-Free” Imaging: Choosing IGRT-Compatible Positioning ToolsPrecision and Safety in Brachytherapy: Specialized Transfer and Positioning SolutionsWhy Aging Thermoplastics Behave Unpredictably:HU Stability and Dose Accuracy:The Science of Shape Memory:Mastering the Perfect Fit:Perforated vs. Solid, 2.4 mm vs. 3.2 mm:Overcoming Patient Anxiety:5 Common Troubleshooting Tips for Thermoplastic Masks:Maximizing Shelf Life and Performance:Invisible Precision: Optimizing Thermoplastic Masks for Artifact-Free Imaging in IGRT
Fri. Feb 6th, 2026
Precision in Every Fraction： Enhancing Setup Reproducibility in Head & Neck Radiotherapy:Gentle Precision: Balancing Patient Comfort and Setup Rigidity in Pediatric RadiotherapyProtecting OARs in Complex Head & Neck Treatments: Advanced Immobilization StrategiesSupine vs. Prone Positioning for Breast Cancer: Choosing the Right Auxiliary System for Your ClinicReducing Heart and Lung Exposure: Innovative Positioning Solutions in Left-Sided Breast RadiotherapyManaging Respiratory Motion in Abdominal SBRT: Best Practices for High-Precision PositioningImproving Stability in Liver and Pancreatic Radiotherapy: The Role of Vacuum Cushions and FramesOptimizing Lung SBRT Outcomes: How Rigid Immobilization Minimizes Inter-fraction MotionThe Impact of Couchtop Attenuation on Lung Cancer Treatment Planning: Why Carbon Fiber MattersCustomizing Immobilization for Small Patients: Technical Challenges and Solutions in PediatricsWhy Carbon Fiber is the Gold Standard for Modern Radiotherapy Couchtops: Balancing Strength and Low AttenuationAchieving Sub-Millimeter Precision: The Science of High-Quality Thermoplastics in Patient ImmobilizationThe Future of Radiation Shielding: Why Lead-Free Solutions are Becoming the Industry StandardFrom Planning to Delivery: How Low-Attenuation Accessories Minimize Dosimetric UncertaintiesSub-Millimeter Accuracy in SBRT and SRS: Why Rigid Immobilization is Non-NegotiableStreamlining VMAT and IMRT Workflows: Minimizing Dosimetric Impact with Low-Attenuation AccessoriesThe Quest for “Artifact-Free” Imaging: Choosing IGRT-Compatible Positioning ToolsPrecision and Safety in Brachytherapy: Specialized Transfer and Positioning SolutionsWhy Aging Thermoplastics Behave Unpredictably:HU Stability and Dose Accuracy:The Science of Shape Memory:Mastering the Perfect Fit:Perforated vs. Solid, 2.4 mm vs. 3.2 mm:Overcoming Patient Anxiety:5 Common Troubleshooting Tips for Thermoplastic Masks:Maximizing Shelf Life and Performance:Invisible Precision: Optimizing Thermoplastic Masks for Artifact-Free Imaging in IGRT
Fri. Feb 6th, 2026
The Impact of Couchtop Attenuation on Lung Cancer Treatment Planning: Why Carbon Fiber Matters
The Impact of Couchtop Attenuation on Lung Cancer Treatment Planning: Why Carbon Fiber Matters

Introduction In lung cancer radiotherapy, treatment accuracy depends not only on advanced delivery techniques and precise patient positioning, but also on the beam path itself. While considerable attention is paid…

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Clinical Case Studies Mold Room Workflow

Enhancing Setup Reproducibility in Head & Neck Radiotherapy:

Enhancing Setup Reproducibility in Head & Neck Radiotherapy:
Case Studies

Gentle Precision: Balancing Patient Comfort and Setup Rigidity in Pediatric Radiotherapy

Gentle Precision: Balancing Patient Comfort and Setup Rigidity in Pediatric Radiotherapy
Patient Immobilization

Protecting OARs in Complex Head & Neck Treatments: Advanced Immobilization Strategies

Protecting OARs in Complex Head & Neck Treatments: Advanced Immobilization Strategies
Quality Assurance (QA)

Supine vs. Prone Positioning for Breast Cancer: Choosing the Right Auxiliary System for Your Clinic

Supine vs. Prone Positioning for Breast Cancer: Choosing the Right Auxiliary System for Your Clinic
Quality Assurance (QA)

Reducing Heart and Lung Exposure: Innovative Positioning Solutions in Left-Sided Breast Radiotherapy

Reducing Heart and Lung Exposure: Innovative Positioning Solutions in Left-Sided Breast Radiotherapy
Clinical Case Studies

Managing Respiratory Motion in Abdominal SBRT: Best Practices for High-Precision Positioning

Managing Respiratory Motion in Abdominal SBRT: Best Practices for High-Precision Positioning