GE

The GE Signa HD 1.5T MRI scanner is ready to perform whole-body imaging for a wide range of clinical applications. Its design is comfortable for patients and features a detachable table for efficient patient setup.
This system features GE HD Technology, simultaneous image acquisition & reconstruction, a detachable patient table and much more.

We offer a wide spectrum of diagnostic tools thanks to the combination of many software applications (LAVA, PROPELLER 2.0, VIBRANT, IDEAL, SWAN, Cube, a set in the assortment for non-contrast MRI) and user-friendly functions. The system yields high-quality visualization of problematic areas (vessels, chest).
Ready-made interface – you can rapidly assign a scan with constant parameters. The graphic localization process is 3-plane – flexible, optimized and intuitive.
High safety Optima MR360 ensures a safe environment. Economical operational costs ( electricity reduction of approximately 30%), which is a significant increase over the 1.5 Tesla systems of the previous generation.

The GE Signa EXCITE 1.5T features GE’s Accelerator Data Management technology, high density targeted coils, and GE exclusive imaging features, such as LAVA, MR ECHO, VIBRANT, and PROPELLER. It is a practical clinical solution to help increase productivity. With Excite technology, this system has an impressive data throughput capability to efficiently manage large data volumes and facilitates complex imaging rendering needs. The cost-effective 1.5T Signa Excite MR will enhance your diagnostic options for stroke evaluation, peripheral vascular imaging, and breast imaging.

Optima MR450w MR system features GEM coils and support for radiation therapy planning.
The MR system Optima MR450w (with GEM coils) creates more comfortable conditions for your patient without compromising high-quality and functionality. It combines the advantages of the wide-aperture MR system and the method of geometric coverage.

The Discovery* NM/CT 670 system will allow you to see more. You can explore
the most deeply located anatomical areas, and this will allow you to see that
that was considered impossible with previous generation systems. You will have new ones
opportunities to search for solutions that were not available before.

Tomographs of the BrightSpeed ​​series offer the possibilities of a multi-detector CT system, while providing maximum portability thanks to the ultra-compact design. The use of LightSpeed ​​VCT technology in BrightSpeed ​​tomographs allows the operator to easily perform advanced clinical studies that are not available for single-detector systems, increasing the number of case studies.

The lightspeed multi-slice computer tomograph (featuring the wide tunnel LightSpeed ​​RT) has become the most popular CT modeling tool for planning radiation therapy.
In addition to offering the well-regarded LightSpeed ​​technology, the LightSpeed ​​RT and LightSpeed ​​RT 16 tomographs offer a range of features related to the use of a wide tunnel, high-resolution multislice imaging, the use of the function of four-dimensional retrospective synchronization. The system also contains a full suite of the most modern oncology applications to simplify radiation planning therapy and offer patients more effective treatment of oncological diseases.

The latest technologies have been implemented in the LightSpeed ​​and Discovery series.
Optima CT660 offers optimization of the radiation load in patients of any build and age with rapid, high-quality data collection for a wide range of procedures: chest, brain studies, angiographic, abdomine, cardiology, orthopedic, etc.
When developing and manufacturing this system, we paid great attention to ergonomic features that improve radiologist’s and X-ray laboratory technician’s work process.

The Revolution CT system yields consistent image quality and broad clinical capabilities thanks to the combination of coverage area, spatial and temporal resolution, and spectral imaging in one platform.
Innovative technologies of the Revolution CT tomograph improve the quality of routine exams and yield qualitatively new clinical diagnostic potentials to help in the most difficult cases.