Targeted Radiotherapy: Versa-HD Hexapod

Versa-HD Hexapod is a device used in the field of radiotherapy. This device is a linear accelerator designed to perform precise and targeted radiotherapy applications. Hexapod refers to a robotic platform with six degrees of freedom, which refers to the device's ability to move in multiple directions and with high precision.

Versa-HD Hexapod is important in radiotherapeutic applications used in cancer treatment, especially for tumor-focused treatment planning and implementation. This device is used to deliver precisely targeted radiation doses during treatment. Hexapod technology is designed to increase patient comfort and optimize treatment processes.

Targeted Radiotherapy at Liv Hospital: Versa-HD Hexapod

Liv Hospital offers its patients the highest level of precision and effective treatment by using the latest technology in the field of Targeted Radiotherapy. Versa-HD Hexapod technology represents a groundbreaking step in cancer treatment with its six degrees of freedom robotic platform. This advanced technology solution from Liv Hospital acts with high precision in tumor-focused radiotherapy planning and application, targeting only the tumor and minimizing side effects while providing an effective treatment.

One of the important factors that ensure success in radiotherapy is the device technology used. One of the latest technologies, a linear accelerator called Versa-HD Hexapod, is used in Liv Hospital Ulus Radiation Oncology Clinic.

Maximum Protection for Intact Tissues

During the treatment with Versa-HD Hexapod, a rapid dose is applied to the tumor at the desired density, with almost complete accuracy, by imaging; Maximum protection is provided to surrounding healthy tissues.

In All Cancers

Versa-HD Hexapod, which makes a big difference in the treatment of lung, breast, prostate and spinal cancers thanks to its synchronized movement tracking feature, is used in the treatment of all types of cancer that require radiotherapy.

Accurate Dosage Calculation

Another important issue in radiotherapy, apart from the features of the device, is the correct calculation of the treatment dose to be given in radiotherapy. The MONACO planning system used at Liv Hospital is an enjoyable planning system that works parallel to the MONTE CARLO simulation, the gold standard in dose calculation, and can detect results closest to reality.