Philips

Equipped with the new Nava Dual feature, the Achieva 1.5T A-series MR scanner delivers advanced performance in all applications.
The receiver achieves, with the help of its 32 RF channels, an extensive receiving range of high-frequency coil channels and powerful SENSE x16 acceleration. It gives your facility access to promising areas such as 4D imaging and mapping capabilities.
MR-tomographs with high field strength ACHIEVA focus on improving workflow productivity. The flexible settings and versatility provide a freer process, allowing you to conduct the necessary research and obtain the necessary results.

The requirements for MRI are growing rapidly as the global health care system is changing.
Most common procedures must be performed faster and with higher quality, yet in addition, there is also a growing demand to use MRI in oncology and for whole body scans, and it often involves patients with a large body mass.
Today, we are tasked with expanding the range of services
and ensuring the rapid conduct of research.
Exceptionally high clinical workflow standards, quicker work with patients and more profitability — You’ll get these results through the system’s full life cycle.

High-intensity Focused Ultrasound (HIFU) is one of the most advanced means of MRI scanning. The Philips HIFU MRI offers efficiency of ablation and high speed: Thanks to the rapid movement of the focused ultrasound beam over the entire volume of the formation you get a fast and efficient process.
The HIFU technology allows you to focus the beam on a very specific location of your patient’s body, which guarantees you a clear, accurate, and precise picture of the area that you expect to diagnose. The process temperature is controlled in real time with the help of MR images. The obtained data is used in the feedback mechanism to maintain a uniform temperature distribution inside the target area.

Philips realizes the concept of simplicity in its products and services. They let you focus on the patient’s needs at all stages of medical care.
This concept was integral in the design of the Brilliance family of computer tomographs.
In the Brilliance CT Big Bore computer tomograph intended for oncology, the system design and working processes were tailored specifically for CT simulation of radiation therapy.

Exceptional reliability
Until recently, when performing CT, it was often necessary to compromise by choosing between high image quality and low beam load or between the use of an iterative reconstruction algorithm and high scanning speed.
Yet this is all in the past. The new Ingenuity CT computer tomography systems allow new potentials for low-dose imaging.

The Philips MX CT Scanner is a 16-slice scanner that can complete a full 360-degree scan in one-half of a second. A CT scan or computed tomography scan (previously known as computed axial tomography or CAT scan) is a medical imaging technique that uses computer-processed combinations of multiple X-ray measurements taken from various angles to produce cross-sectional (tomographic) images of the body. A CT scan produces virtual “slices” of the patient’s body, allowing users to see inside without invasive procedures.

Examine more patients in less time. Solve more complex diagnostic tasks. With the proper tools you can achieve more every day.
In order to give the best results for you and your patients, technological progress is critical to the field of computer tomography
Brilliance iCT yields a turnover speed of up to 0.27 seconds, which improves image quality when performing studies in developing areas like cardiac imaging. It also improves the quality of patient care as a whole due to reduced research time.