GE Revolution EVO 64-Slice CT Scanner

GE Revolution EVO 64 Highlights & Benefits

The GE Revolution EVO 64 combines 64-slice CT acquisition with GE’s Clarity Imaging Chain and a configurable platform designed to support routine imaging as well as more advanced cardiac, vascular, neurological, and dynamic CT applications.

GE Revolution EVO 64 Key Capabilities & System Features

• • 64-slice CT acquisition with up to 40 mm (1.57 in) detector coverage
  • Thin-slice acquisition down to 0.625 mm (0.025 in) on supported configurations
  • Rotation speeds as fast as 0.35 seconds on supported configurations
  • High-resolution imaging down to 0.28 mm (0.011 in)
  • Clarity Detector and Performix 40 Plus X-ray tube
  • Available ASiR-V iterative reconstruction for image quality and dose management
  • 70 cm (27.6 in) gantry aperture with ±30° tilt
  • Configurable cardiac, perfusion, workflow, and advanced clinical applications

40 mm Clarity Detector & 64-Slice Acquisition

0.625 mm Thin-Slice Acquisition

The Clarity Detector provides up to 40 mm (1.57 in) of detector coverage per rotation. Supported configurations provide thin-slice acquisition down to 0.625 mm (0.025 in) for detailed multiplanar and volumetric reconstruction.

High-resolution imaging can reach 0.28 mm (0.011 in), supporting visualization of fine anatomical detail across routine and advanced CT studies.

Performix 40 Plus Tube & Fast Rotation

The Performix 40 Plus X-ray tube is part of the Revolution EVO Clarity Imaging Chain and is designed to support fast CT acquisition.

Depending on configuration, the system can achieve rotation speeds as fast as 0.35 seconds. High-pitch helical scanning can further accelerate acquisition, helping reduce breath-hold requirements and motion during time-sensitive exams.

Low-Dose CT Imaging & Clarity Chain Technologies

Clarity Imaging Chain for High-Resolution Scans

The Clarity Imaging Chain integrates the detector, data acquisition system, X-ray tube, and reconstruction technology into a coordinated imaging platform.

The system is designed to address image noise, spatial resolution, low-contrast detectability, and artifacts while supporting the acquisition speeds required across a broad range of CT examinations.

ASiR-V Iterative Reconstruction

ASiR-V is available on appropriately configured systems and incorporates advanced noise, object, and physics modeling during image reconstruction.

Depending on the examination, patient, protocol, and configuration, ASiR-V can help reduce image noise and artifacts while maintaining low-contrast detectability. GE reports dose reductions of up to 82% compared with filtered back projection at equivalent image quality. Actual clinical dose reduction varies by application and protocol.

CT Dose Management Tools

Available dose-management capabilities can include Organ Dose Modulation, automated tube-current modulation, Dose Check, dose display, and DICOM Structured Dose Reporting.

These tools help technologists manage acquisition parameters while providing CTDIvol and DLP information that can be incorporated into institutional dose-tracking workflows.

Patient Access, Positioning, & Weight Capacity

70 cm Aperture with ±30° Gantry Tilt

The Revolution EVO gantry features a 70 cm (27.6 in) aperture and supports ±30° tilt. A maximum 50 cm (19.7 in) scan field of view accommodates a broad range of routine head and body examinations while supporting flexible patient positioning.

Patient Table Options Up to 675 lb Capacity

GE offered multiple patient-table configurations for the Revolution EVO platform.

VT1700V and VT2000 tables support patients up to 500 lb (227 kg), while the VT2000x supports up to 675 lb (306 kg). The available table configuration can vary by individual system.

Advanced Clinical & Software Applications

Cardiac CT Options

Eligible configurations can support ECG-gated imaging along with applications such as SmartScore Pro, SnapShot Assist, SnapShot Pulse, CardIQ, and SnapShot Freeze.

Supported configurations can complete cardiac exams in as few as five beats. SnapShot Freeze is designed to help reduce coronary motion artifacts that cannot be addressed through gantry rotation speed alone.

Vascular, Perfusion & Dynamic Imaging

Available application packages can extend the Revolution EVO 64 into CT angiography, neurological perfusion, multi-organ perfusion, and other dynamic imaging studies.

Volume Shuttle and Volume Helical Shuttle are configuration-dependent acquisition technologies that can expand anatomical coverage for dynamic and 4D imaging.

Metal Artifact Reduction & Specialty Software

Smart MAR is available on supported configurations to help reduce beam-hardening and streak artifacts associated with metal implants.

Additional software packages can support colonography, dental imaging, interventional procedures, oncology applications, vascular analysis, and advanced post-processing.

Other Common CT Applications

The system can also support a broad range of routine and specialty imaging applications, including:

• • Head, chest, abdominal, and pelvic CT
  • Musculoskeletal and spine imaging
  • Foot, ankle, and podiatric imaging
  • Emergency and trauma imaging
  • Neurological and neurovascular imaging
  • Oncology and body imaging

Advanced cardiac, vascular, perfusion, dynamic, and interventional applications depend on the system’s installed hardware and software configuration.

Ideal Clinical Settings for the GE Revolution EVO

The Revolution EVO can support routine and advanced CT workflows across a wide range of imaging environments. Its combination of acquisition speed, image quality, patient access, and configurable clinical applications allows the platform to serve varied imaging needs.

• Hospitals and health systems
• Diagnostic imaging centers
• Outpatient imaging facilities
• Emergency and trauma departments
• Multispecialty medical facilities
• Veterinary hospitals and specialty animal imaging centers

CT Workflow Optimization & PACS Connectivity

Direct MPR & Protocol-Driven Reconstruction

Direct MPR can automatically generate multiplanar images in axial, sagittal, coronal, and oblique planes.

Available Prospective Multiple Reconstruction functionality can pre-program multiple reconstruction sets within an acquisition protocol, allowing different slice thicknesses, reconstruction algorithms, fields of view, and anatomical ranges to be generated from an exam.

Contrast Timing & Exam Workflow

SmartPrep supports monitoring of contrast enhancement within a selected region of interest, while available Dynamic Transition functionality can automatically initiate scanning after a selected enhancement threshold is reached.

Additional workflow capabilities can include One Stop Scanning and Xtream interface functionality depending on the system configuration.

Seamless DICOM & PACS/RIS Integration

Revolution EVO supports DICOM-based imaging workflows, including image storage, query/retrieve, Modality Worklist, storage commitment, performed procedure step, printing, and structured dose reporting.

This supports integration with compatible PACS, RIS, and other imaging information systems.

GE Revolution EVO Configurations & Options

The Revolution EVO 64 was offered with different hardware, software, and clinical application configurations. These differences can affect scan speed, image reconstruction, patient capacity, and the advanced exams a system can support.

Acquisition & Reconstruction

• • Rotation speed: Documented configurations range from 0.7 to 0.35 seconds per rotation. Faster rotation can help reduce motion and is particularly valuable for cardiac and other motion-sensitive exams.
  • ASiR or ASiR-V Reconstruction: The installed reconstruction package can affect image noise, dose-management capabilities, and overall image quality.
  • TrueFidelity Deep Learning Reconstruction: Eligible Gen 3 or upgraded systems may include TrueFidelity for deep learning-based image reconstruction and noise reduction.

Patient Access & Hardware Configuration

• • Patient Table Configuration: Table options vary in weight capacity and scan range, which can influence patient access and the types of exams a facility can accommodate.
  • Accessories & Peripheral Equipment: Included accessories and supporting equipment can vary between systems and may affect installation, workflow, and what is required to put the scanner into clinical use.

Advanced Clinical Applications

• • Cardiac & Vascular Applications: Installed packages can determine whether the system supports advanced cardiac CT, coronary imaging, CT angiography, and related vascular workflows.
  • Perfusion & Volume Shuttle Packages: These options expand the system’s capabilities for neurological, multi-organ, dynamic, and extended-coverage imaging.
  • Smart MAR: Metal artifact reduction can improve visualization around orthopedic hardware and other metallic implants.
  • Interventional & Oncology Applications: Installed software can extend the system into CT-guided procedures, oncology imaging, and other specialized workflows.

Workflow & Post-Processing

• • Workflow & Post-Processing Software: Available software can affect how exams are planned, reconstructed, reviewed, and transferred throughout the imaging workflow.

Model year, software level, installed applications, and hardware configuration can differ between available systems. MXR can help you compare available configurations and identify the system that best supports your imaging requirements.

GE Revolution EVO 64 CT Scanner Price, Refurbished Systems, & Service Options

Pricing for a pre-owned or refurbished GE Revolution EVO 64 can vary based on the system’s model year, configuration, software, tube condition, included accessories, installation, and service requirements. MXR can help you compare available systems and identify the configuration that best fits your imaging needs and budget.

Availability changes with inventory, and select imaging systems may also be offered through MXR’s Platinum Certified program. Talk with an MXR representative to review current GE Revolution EVO 64 availability, configuration details, pricing, and refurbishment options.

Full-Service CT Support & Reconditioning Options

MXR provides CT equipment, installation, service, parts, and ongoing support. Select imaging systems are available through MXR’s Platinum Certified program, with reconditioning and warranty coverage based on the individual system and offering.

GE Revolution EVO 64 System Specifications

Specifications can vary by model year and installed configuration. The specifications below represent documented Revolution EVO platform capabilities and available configurations. Confirm the specifications of the individual system when evaluating current inventory.

Detector & Image Acquisition

• • Slice Count: 64
  • Detector: GE Clarity Detector
  • Maximum Detector Coverage: 40 mm (1.57 in)
  • Slice Thickness: Down to 0.625 mm (0.025 in) on supported configurations
  • High-Resolution Imaging: Down to 0.28 mm (0.011 in)
  • Maximum Helical Pitch: Up to 1.531 on supported configurations

Gantry & Scan Geometry

• • Gantry Aperture: 70 cm (27.6 in)
  • Gantry Tilt: ±30°
  • Maximum Scan Field of View: 50 cm (19.7 in)
  • Rotation Speed: As fast as 0.35 seconds on supported configurations

X-ray Tube & Generator

• • X-ray Tube: Performix 40 Plus
  • Tube Voltage: 80, 100, 120, and 140 kV
  • Generator: Configuration dependent
  • Tube Current: Configuration dependent

Patient Table

• • Patient Table Options: VT1700V, VT2000, and VT2000x on documented configurations
  • Table Weight Capacity: Up to 500 lb (227 kg) with VT1700V and VT2000; up to 675 lb (306 kg) with VT2000x

Reconstruction & Image Processing

• • Iterative Reconstruction: ASiR or ASiR-V depending on configuration
  • Advanced Reconstruction: TrueFidelity available on eligible Gen 3 or upgraded systems
  • Multiplanar Reconstruction: Direct MPR available on supported configurations
  • Metal Artifact Reduction: Smart MAR where installed

Dose Management

• • ASiR-V: Available on appropriately configured systems
  • Organ Dose Modulation: Available on supported configurations
  • Dose Check: Available on supported configurations
  • Dose Display: CTDIvol and DLP
  • Dose Reporting: DICOM Structured Dose Reporting
  • Additional Dose Management: Varies by software and system configuration

Connectivity & Workflow

• • DICOM Storage
  • Query/Retrieve
  • Modality Worklist
  • Storage Commitment
  • Modality Performed Procedure Step (MPPS)
  • DICOM Print
  • Structured Dose Reporting
  • PACS/RIS Integration: Compatible systems supported

Advanced Clinical Applications

• •  Cardiac Imaging: Configuration dependent
  • Vascular Imaging: Available with applicable software
  • Perfusion Imaging: Available on supported configurations
  • Dynamic Imaging: Volume Shuttle and Volume Helical Shuttle where installed
  • Metal Artifact Reduction: Smart MAR where installed
  • Interventional Applications: Configuration dependent
  • Oncology Applications: Configuration dependent
  • Additional Software: Clinical and post-processing packages vary by system