Introduction

Computed Tomography scan (CT scan) is one of the advanced medical imaging methods. After simple radiography, a CT scan helps the most in examining the lesions of the human body's movement system, especially bones. Today, the use of CT scan has become an integral part of the diagnosis and even treatment of many diseases.

General description of the simulator

Most of the time, the CT scan process requires contrast material, placing markers on the body, increasing the number of sections taken from the patient, and all these cases will have irreparable effects on the patients if the operator does not have sufficient knowledge.

The main purpose of this product is to simulate a CT scan machine. This simulator has been prepared and produced to be used in the training of radiology students. Since many students do not have the necessary experience to work with a CT scan machine before entering the job market, this software simulates the CT scan machine software in order to train students as well as possible. This software by simulating the software of the CT scan machine in order to train the students as well as possible, causes minimal errors and radiation to the patient in the real work environment. CT SIMULATION is similar to a normal scan in many ways, with the major difference that there is no need to position and stabilize the patient in this process.

Software features

• A demo similar to the real device to train users as well as possible 
• The possibility of using a monitor to train users and reduce the costs of buyers 
• The possibility of a comprehensive and complete guide for students in pdf file format Ability to use the software as a guest 
• The possibility of displaying the default protocols according to the real device in order to train as well as possible 
• The ability to define and edit different protocols for taking images in the chest, abdomen, and pelvis areas by users 
• The possibility of recording 4 series of squat images in the protocol according to the real device 
• The possibility of recording 4 series of axial images in the protocol according to the real device 
• The ability to record patient information like the real device (name and surname, age, gender, date of birth, operator and description)
• The ability to take squat images from the chest, abdomen, and pelvis separately 
• The possibility of recording squat images based on the patient's position on the bed, prone or supine according to the actual device 
• The ability to take axial and helical images in the patient's chest, abdomen, and pelvis 
• The possibility of viewing the list of images taken from the patient after the scan Ability to save general and detailed images in a series of patient images 
• The ability to record snapshots and scans in JPG and DCM format Ability to display DCM tags for each image 
• The possibility of changing the window level and window width of the images to better see the textures after scanning the images 
• The possibility of enlarging the scanned images after the completion of the patient scan 
• Ability to view the list of scanned patients and review the images taken from them.