About GE Revolution 4 Slice CT
GE Healthcares Revolution ACT helps you see beyond the apparent, ordinary, and obvious. You can now offer revolutionary CT services and give patients the highest degree of care.
Revolution ACT is complete with cutting-edge technologies inherited from our most advanced systems. This equips you with the necessary capabilities to make more informed diagnoses.
- Unique and new clinical applications
- 28% lower TCO
- Superior imaging 1.25 mm slice thickness vs 2.5 mm slice thickness in conventional CT
- Helical hi-res chest imaging
- Sub mm scan for isotropic 3D resolution of anatomy
- Pitch Booster with sub-second scan for faster coverage of anatomy
- Neuro Perfusion with advanced neuro package
- Thin slice imaging in multi-phasic liver studies
- Biopsy applications
- Whole body CT
Revolution ACT allows you to not only provide better patient care, but also provide it to more patients. Avant-garde technologies help you feel more confident about moving to the next level - clinically and economically. Designed for consistent high-quality results, Revolution ACT enables caregivers make the most informed diagnoses possible.
Fast and Reliable ImagingThe GE Revolution 4 Slice CT ensures rapid scan times without compromising accuracy. With a typical rotation time of just 0.5 seconds and high-definition imaging capabilities, it accelerates diagnostic workflows while providing sharp, detailed images for comprehensive analysis.
Ease of Use and AutomationEquipped with an intuitive digital touchscreen display and automatic features such as Auto mA, this CT scanner simplifies operation for medical professionals. Its built-in 3D reconstruction and metal artifact reduction tools further enhance image interpretation and diagnostic confidence.
Robust and Versatile DesignBuilt to support a table load capacity of up to 205 kg and compatibility with a wide range of environments-thanks to its sturdy materials and broad temperature and humidity tolerance-the scanner is suitable for various clinical settings, ensuring safe, comfortable patient access for whole-body scans.
FAQ's of GE Revolution 4 Slice CT:
Q: How does the GE Revolution 4 Slice CT Scanner enhance diagnostic accuracy?
A: The scanner utilizes high-definition imaging, advanced iterative and filtered back projection algorithms, and sophisticated noise reduction to achieve sub-millimeter slice thickness. This ensures sharp, detailed images that aid in making precise diagnoses across a range of clinical applications.
Q: What are the common applications of this CT scanner in hospitals and diagnostic centers?
A: The scanner is primarily used for whole-body CT imaging in diagnostic radiology, supporting examinations such as head, chest, abdomen, and extremities. Its multi-slice capabilities and fast image reconstruction make it suitable for emergency, routine, and complex assessments alike.
Q: How does the GE Revolution 4 Slice CT Scanner handle metal artifacts?
A: Integrated metal artifact reduction software minimizes distortion caused by metal implants or devices within the body. This feature improves image clarity around prosthetics or surgical materials, providing more reliable diagnostic information for clinicians.
Q: When is it advisable to use fast scanning modes with this CT system?
A: Fast scanning modes, enabled by the 0.5-second rotation time and advanced automation, are particularly helpful for patients who have difficulty staying still, such as trauma or pediatric cases, and for imaging areas subject to motion like the heart or lungs.
Q: What connectivity options are available for image and data sharing?
A: The CT scanner supports DICOM connectivity, Ethernet, and USB ports. This allows seamless integration with hospital information systems, enabling efficient image sharing and storage, alongside a 500 GB internal capacity for immediate access.
Q: Where can the GE Revolution 4 Slice CT Scanner be installed?
A: Designed for clinical environments, the system can be installed in hospitals or diagnostic centers that support electric power requirements of 380-480 V AC, with suitable space for its 2490 mm x 1080 mm x 1750 mm footprint and safe operating conditions.