Overview
Clear Diagnostic Imaging
Revolution EVO delivers exceptional image clarity with GE’s Clarity Imaging Chain — combining advanced detectors, X-ray tube design, and ASiR-V iterative reconstruction.0.28 mm spatial resolution
40 mm coverage detector
Up to 82% dose reduction with ASiR-V
Sharp, low-noise images even in motion
Fast Scans. Safer Patients.
Revolution EVO’s high-speed design captures a complete body scan in as little as six seconds—reducing anesthesia time and improving patient safety. Its 0.35-second rotation speed and high-pitch helical scanning minimize motion blur, producing sharp, diagnostic-quality images even with active or critical patients. Faster imaging means smoother workflow, quicker turnaround, and less stress for both animals and staff.
0.35-second rotation speed
High-pitch helical scan reduces motion blur
Shorter anesthesia and exam times
Smart Dose Management for Every Patient
Revolution EVO is engineered to deliver exceptional image quality while minimizing radiation exposure. Its ASiR-V iterative reconstruction technology reduces dose by up to 82% without compromising clarity, while Organ Dose Modulation (ODM) automatically limits exposure to sensitive areas. Real-time 3D mA modulation adjusts output based on patient size and anatomy, ensuring consistent image quality across every scan—safely and efficiently.
ASiR-V iterative reconstruction
Organ dose modulation (ODM)
3D mA modulation for consistent image quality
Streamlined Workflow from Setup to Scan
Revolution EVO simplifies every step of the imaging process. With its one-stop Xtream Display interface, technologists can go from setup to scan in as few as five touches. Real-time image reconstruction provides instant feedback, while integrated injector synchronization and automated patient positioning keep exams fast and consistent. The result—quicker workflows, smoother operation, and more time focused on patient care.
One-stop Xtream Display workflow
Real-time image reconstruction
Integrated injector synchronization
Fast protocol selection and automatic patient positioning