MIT signed a contract for the supply of a Revolution Maxima computed tomography scanner

MIT has signed a contract for the supply of the Revolution Maxima CT scanner for the “Zhambyl Regional Multidisciplinary Hospital.”

Компьютерный томограф Revolution Maxima — это высокотехнологичное медицинское оборудование, разработанное компанией GE Healthcare.

The Revolution Maxima CT scanner is a high-tech medical device developed by GE Healthcare.

Revolution Maxima is a powerful, high-performance and reliable CT system designed to maximise value at every stage of the workflow, from CT referral to study results.

Optimal Positioning for Time Efficiency

Regardless of how well you position the patient, there is a chance that the patient may shift during the examination, which can result in an increase in radiation exposure of up to 38% and image noise of up to 22%. It is difficult to completely eliminate this risk because it arises from a combination of factors such as the inherent instability of manual operation, patient discomfort, and operator experience.

The Auto Positioning technology, powered by artificial intelligence, fully automates the positioning process. The Xtream camera employs real-time depth measurement technology to create a 3D model of the patient’s body. Using a deep learning algorithm, Revolution Maxima accurately identifies the center of the scanning area and aligns it automatically with the isocenter. This innovative technology enables one-click automatic patient positioning, eliminating the need for manual adjustments.

Automatic positioning simplifies patient positioning and allows the operator to focus on what matters most – patient comfort during the examination.

Revolution Maxima simplifies patient positioning. Advanced auto-centring technology is at the heart of the advanced workflow, but it starts with protocol selection advice. By comparing the study description with a database of scan protocols, the system offers a short list of suitable protocols to choose from. What used to be a time-consuming process – finding the right protocol and manually positioning the patient – can now be done with a quick selection and a single touch.

The system also supports the advanced ASiR-V patient radiation exposure reduction software. ASiR-V reconstruction technology is based on noise and object modelling and provides stable imaging with up to 82% dose reduction compared to filtered back projections.