CT Simulation : 3D Radiation Therapy For High Effect

     Medical teams meticulously determine treatment techniques based on the patient's condition, tumor size, and location to ensure individualized and optimal therapy.

3D CT Simulator

     CT simulator is a crucial tool for radiation therapy planning. Patients are positioned on a flat bed with immobilization devices to minimize movement. Subsequently, images are acquired using the CT simulator. These images are then used for treatment planning, where physicians define the radiation target area, dosage, and specific techniques.

When integrated with a Surface Tracking Device, the CT simulator enables advanced radiation simulation techniques such as Deep Inspiration Breath Hold (DIBH) and 4D CT.

Advantages of CT Simulator-Guided Radiotherapy

1.  Accurate Simulation

Provides information regarding the true location, size, and shape of tumors and surrounding normal organs.

2.  Enhanced Precision

     Utilizes imaging data to accurately define treatment areas, increasing radiation delivery precision and minimizing side effects on adjacent organs.

4D Radiotherapy Center

     4D Radiotherapy Center, Ramkhamhaeng 2 Hospital offers comprehensive patient care delivered by a dedicated team of medical oncologists, nurses, medical physicists, and specialized radiation oncology personnel. We leverage advanced radiation technology for precise and effective treatments, aiming to provide reassurance throughout your time with us.

For more information, please contact
 4D Radiotherapy Center LINAC Building
Email: information@ram2-hosp.com
Line Official: @ram2
Tel: 02-032-3888