One of the important diagnostic and treatment processes related to blood vessels is angiography and angioplasty. This important procedure is performed by X-rays and a high-contrast camera that is injected into the veins through a catheter (a very narrow tube). As result, the X-ray source can be placed at any angle, it can show the blockage of the arteries completely. After this stage, the doctor can open the arteries with stents and balloons.
This operation can be very dangerous for the patient and cause tearing, and on the other hand, more X-ray radiation can cause damage to the patient's body and also damage to the therapists.
 

At the same time, the price of the C-arm angiography device is very expensive and has a high depreciation cost, Therefore, there is no logical justification for training students and specialty residents to start the training process with a real patient and it can bring high risks and costs to the treatment system. Therefore, Tabib's cardiac angiography simulator can eliminate many problems at the beginning of the training, and in a safe and stress-free environment under the supervision of professors, the training process can be completed in the best way.
This simulator has been installed and used in various centers so far and can seriously affect the training curve. While users work with real devices and all their movements and mistakes are logged and without any stress, they can follow the training process many times without any cost.
In this system, the control panel is similar to the real device, as a result, it is possible to place the C-arm at any angle, and it is also possible to place the bed at any angle. The following sections can be seen on the main monitor of the device.
1- Cath lab environment with virtual patient
2-  Vital signs of the hypothetical patient
3-  ARM angles and bed and device parameters
4-  Pax information and amount of radiation
5-   Fluorescent image
With this system, the bed can be moved realistically and also floated.
In this system, it is possible to implement all kinds of scenarios and show and open all kinds of coronary artery blockages. Soon the peripheral and endovascular simulation sections will be completed and the systems will be ready to be updated.