GE Revolution EVO

Description

Overview

The GE Revolution EVO CT Scanner was engineered to address the daily reality of modern diagnostic departments: high patient volumes, complex clinical presentations, and strict dose safety requirements. Positioned as a versatile workhorse platform, the Revolution EVO delivers twice the spatial resolution of conventional CT scanners, enabling clinicians to visualize tiny anatomical structures, subtle soft-tissue lesions, and fine vascular branches with total diagnostic confidence.

Built upon GE’s Clarity Imaging Chain, the system incorporates the high-output Performix™ 40 Plus tube, low-noise Clarity Data Acquisition System (DAS), and HiLight detector technology. Whether performing routine head and body scans, multi-phase oncology evaluations, or rapid TAVI planning, the Revolution EVO balances imaging speed, dose protection, and diagnostic accuracy.

Key Features & Advanced Technologies

• Clarity Imaging System: A re-engineered signal path featuring the HiLight detector array and low-noise Clarity DAS, delivering up to a 135% improvement in low-contrast detectability and enabling spatial resolution down to 0.28 mm.

• ASiR-V™ Iterative Reconstruction: GE’s advanced reconstruction algorithm that integrates physics modeling with noise reduction. It reduces radiation dose by up to 82% compared to standard filtered back-projection (FBP) while improving image contrast and structural clarity.

• Performix™ 40 Plus Liquid-Bearing Tube: Replaces mechanical ball bearings with liquid metal lubrication, eliminating mechanical friction and thermal bottlenecks for smooth, quiet 0.35-second rotation speeds.

• Smart MAR (Metal Artifact Reduction): Raw-data and image-domain suppression algorithm designed to eliminate streak and beam-hardening artifacts caused by orthopedic implants, surgical clips, and dental work.

• SnapShot™ Freeze & SnapShot Assist: Advanced cardiac software options that freeze coronary motion in high-heart-rate patients, achieving effective temporal resolution down to 29 ms for coronary artery analysis in as few as five beats.

• Organ Dose Modulation (ODM): Automatically adjusts tube output over radiation-sensitive superficial tissues (such as breast tissue and eyes) without sacrificing image diagnostic quality.

• Xtream Display User Interface: Gantry-mounted touchscreens enable single-touch patient selection, protocol confirmation, and fast positioning.

Technical Specifications