Modern radiation therapy

It is the Edge device of the American company Varian, thanks to which modern radiosurgery is performed. Radiosurgery is a type of medical intervention that allows for the targeted radiation treatment of benign and malignant tumors, as well as other lesions, by radically eliminating tumor cells. The VARIAN EDGE radiosurgery device at the center, integrated with the unique “Identify” system, is unparalleled in the region. This system allows for precise patient positioning adjustments without using ionizing radiation, based on body surface movements, thereby reducing the risk of post-radiation complications.

Thanks to the Varian Halcyon device from the American company Varian, radiation therapy is becoming more effective, ensuring patient comfort and safety.
This equipment allows for the implementation of radiation therapy using modern technologies, as well as performing radiation with respiratory monitoring. The device provides the capability to treat cancer without damaging surrounding healthy tissues.

The Siemens Healthineers Biograph mCT 64 PET scan positron emission computed tomograph, available at the “Erebuni” Radiotherapy Center, is unique in Armenia.
With its modern solutions, the device has revolutionized the field of radioisotope diagnostics. It provides clear and precise images, resulting in more effective diagnoses.

The Siemens SOMATOM go.Open Pro is a modern and highly precise computed tomograph (CT) designed for clearer imaging and competent planning of radiation treatment in 4D in real time.
The device allows for the monitoring of chest and abdominal movements during respiration, which significantly enhances the accuracy of treatment by minimizing the risks of post-radiation complications. It also reduces radiation exposure to surrounding healthy tissues by targeting the radiation more precisely.

The Varian Bravos device from the American company Varian is an innovative technology designed for brachytherapy. Brachytherapy is a type of radiation therapy where the radiation source is placed inside or directly against the target tissue. This approach allows for delivering high doses of radiation directly to the target while minimizing damage to surrounding healthy tissues.