Fujifilm Supria True64 64-Slice CT

Supria True64 CT Highlights & Benefits

The Fujifilm Supria True64 CT combines genuine 64-channel acquisition, detailed imaging, and patient-focused design in a compact system. Its 64 independent detector channels capture thin-section images across the full detector width, allowing facilities to perform detailed examinations without sacrificing anatomical coverage.

Key Supria True64 CT Capabilities

• • True 64-slice acquisition: Captures 64 individual 0.625 mm slices across 40 mm of detector coverage per rotation.
  • Up to 128-slice reconstruction: Generates additional image sections for detailed anatomical review.
  • 75 cm (29.5 in) gantry aperture: Provides additional room for patient positioning and accessibility.
  • 500 lb (227 kg) patient table capacity: Accommodates a broad range of adult and pediatric patients.
  • 180 cm (70.9 in) scannable range: Supports extended anatomical coverage and examinations of taller patients.
  • Advanced image quality and dose management: Helps reduce image noise while adjusting X-ray exposure to patient size.
  • Compact installation footprint: Supports minimum room layouts as small as 265 sq ft (24.6 m²), subject to site requirements.
  • Eco Mode: Reduces idle power consumption by up to 55% compared with operation without Eco Mode.

 

Fujifilm Supria True64 CT Video Preview

See the Fujifilm Supria family product tour for a closer look at patient positioning, scanner design, and imaging workflow.

 

Supria True64 CT Scanning Performance & Coverage

The Supria True64 uses 64 independent detector and electronics channels to collect imaging data across 40 mm of anatomical coverage per rotation. Unlike systems that create additional image slices from fewer acquisition channels, the True64 captures 64 individual slices directly.

This design supports detailed imaging while covering more anatomy during each rotation, making it well suited for examinations requiring thin-section detail and extended scan coverage.

64 Detector Channels Capture More Anatomy per Rotation

The Supria True64 uses a solid-state ceramic detector with 64 rows of 0.625 mm elements and 64 independent data acquisition channels.

These channels collect information from the detector during scanning, allowing the system to capture 64 individual slices across its full 40 mm detector width.

Some CT scanners use fewer acquisition channels and additional reconstruction processing to generate their advertised slice count. The True64’s full 64-channel design maintains thin-slice acquisition without reducing detector coverage.

This provides detailed anatomical information for evaluating small structures, blood vessels, and complex anatomy.

Thin-Slice Imaging for Detailed Anatomical Views

The True64 maintains 0.625 mm slice acquisition across both 20 mm and 40 mm detector coverage settings.

Thin slices capture finer anatomical detail and support clearer images when the scanned data is viewed from different angles.

This is particularly useful for evaluating small blood vessels, complex fractures, spinal anatomy, and other structures that benefit from detailed imaging.

Maintaining thin slices across the full 40 mm detector width also reduces the number of rotations needed to cover a given anatomical region compared with systems limited to 20 mm coverage at the same slice thickness.

Rotation Speed & Extended Scan Coverage

The Supria True64 offers selectable rotation times of 0.75, 1.0, 1.5, and 2.0 seconds.

Its helical scanning mode collects images continuously as the patient table moves through the scanner, supporting efficient coverage of the selected anatomical region.

A maximum scannable range of 180 cm (70.9 in) accommodates taller patients and examinations requiring imaging across larger anatomical regions.

Up to 128-Slice Image Reconstruction

The Supria True64 supports up to 128-slice reconstruction through Fujifilm’s FineRecon technology.

FineRecon generates additional image sections from the acquired CT data, supporting smoother views of anatomy in multiple planes.

This can improve visualization of complex structures, particularly when reviewing spine, joint, and vascular examinations.

The scanner acquires 64 individual slices per rotation and supports up to 128 reconstructed slices. The installed reconstruction capabilities of individual pre-owned systems may vary.

 

Supria True64 CT Image Quality & Metal Artifact Reduction

The Supria True64 combines thin-slice imaging with advanced image processing to support detailed anatomical visualization. Its noise reduction and metal artifact correction technologies help maintain image clarity across a range of diagnostic examinations.

Image Noise Reduction for Clearer Scans

Fujifilm’s Intelli IP technology uses iterative reconstruction, a processing method that refines CT data to reduce unwanted image noise.

Compared with conventional image reconstruction, Intelli IP can produce clearer images at a given exposure level.

This supports detailed anatomical imaging and may allow lower-dose examination protocols when clinically appropriate.

Clearer Imaging Around Metal Implants

HiMAR, Fujifilm’s metal artifact reduction technology, helps minimize streaks and image distortion caused by metallic objects.

This improves visualization of anatomy near orthopedic implants and other high-density materials that can interfere with CT image quality.

 

Supria True64 Radiation Dose Management

The Supria True64 uses automatic exposure adjustment, patient-specific protocols, and dose monitoring technologies to help balance diagnostic image quality with radiation exposure.

Automatic X-Ray Exposure Based on Patient Size

Intelli EC automatically adjusts X-ray tube current according to the patient’s anatomy and size.

Rather than applying a fixed exposure level throughout the examination, the system changes X-ray output to help maintain the selected image quality while avoiding unnecessary radiation exposure.

This is especially valuable when imaging patients with different body sizes or anatomical requirements.

Radiation Dose Monitoring & Reporting

The Supria True64 includes dose management technologies aligned with the XR-29 Smart Dose Standard, an industry standard addressing CT radiation dose monitoring and reporting.

Key capabilities include:

• • Adult and pediatric protocols: Support patient-appropriate imaging settings.
  • CT Dose Check: Alerts technologists when planned radiation exposure exceeds established reference levels.
  • DICOM dose reporting: Creates standardized digital records of examination radiation exposure for compatible medical imaging systems.
  • Adjustable X-ray voltage: Supports 80, 100, 120, and 140 kV settings for different imaging requirements.
  • Locked protocols: Helps prevent unintended changes to approved examination settings.

Actual radiation exposure depends on the examination, patient characteristics, and selected imaging protocol.

Patient Access & Comfort

The Fujifilm Supria True64 combines detailed 64-slice imaging with a spacious patient opening, accessible table height, and extended scan coverage.

These features help facilities accommodate different patient sizes and mobility needs while maintaining a compact CT equipment footprint.

75 cm Bore & Adjustable Gantry

The 75 cm (29.5 in) gantry opening provides additional positioning space compared with CT systems using 70 cm apertures.

The gantry, which houses the rotating scanner components, supports ±30° tilt for examinations requiring an adjusted scanning angle, including selected head studies.

A front-mounted digital display shows gantry tilt and table position, while integrated controls allow technologists to make adjustments directly beside the patient.

500 lb Table Capacity & Low Entry Height

The patient table supports up to 500 lb (227 kg) and offers an adjustable height range of approximately 17.7–39.4 in (450–1,000 mm).

Its low starting position facilitates transfers for older adults, patients with limited mobility, and individuals requiring additional positioning assistance.

A 19 in (475 mm) tabletop and 75.2 in (1,910 mm) horizontal travel range accommodate a broad range of examinations.

Patient Positioning & Communication

Gantry-side controls, foot pedals, and laser alignment help technologists position patients accurately and efficiently.

The scanner also includes an intercom, automated voice instructions, and breathing guidance lights to support communication throughout the examination.

 

Clinical Environments & Applications

The Supria True64 is well suited for general diagnostic CT, emergency imaging, and selected advanced noncardiac examinations requiring detailed thin-section acquisition.

Its 64-channel detector, extended scan range, and patient-access features support a broad range of human and veterinary clinical environments, with examination protocols and positioning adapted to the patient.

Clinical Environments

• • Hospitals and health systems
  • Diagnostic imaging departments
  • Outpatient imaging centers
  • Emergency departments
  • Community and regional healthcare facilities
  • Multispecialty and specialty imaging practices
  • Veterinary hospitals and specialty referral centers

Clinical Specialties

• • Radiology: Routine diagnostic head, neck, chest, abdominal, and pelvic CT.
  • Neurology and Neurosurgery: Brain imaging, head CT, and spine assessment.
  • Orthopedics: Bone, joint, fracture, and implant evaluation.
  • Oncology: Tumor assessment, staging, treatment planning support, and follow-up imaging.
  • Pulmonology: Chest CT, lung evaluation, and low-dose chest examinations.
  • Gastroenterology: Abdominal imaging and CT colonography.
  • Urology: Renal, urinary tract, and pelvic imaging.
  • Emergency Medicine: Evaluation of injuries and other urgent diagnostic conditions.
  • Vascular Medicine: Contrast-enhanced imaging of blood vessels and surrounding anatomy.
  • Veterinary Medicine: Diagnostic CT for animal patients, including neurologic, orthopedic, thoracic, and abdominal evaluations using appropriate veterinary positioning and protocols.

Common CT Applications

• • Routine noncontrast and contrast-enhanced CT
  • Head and brain examinations
  • Chest and lung imaging
  • Abdominal and pelvic imaging
  • Spine and musculoskeletal CT
  • Fracture and complex bone assessment
  • Kidney stone and urinary tract evaluation
  • Oncology staging and surveillance
  • CT colonography
  • Low-dose chest CT
  • CT angiography, which uses contrast-enhanced imaging to evaluate blood vessels
  • Extended anatomical coverage examinations
  • Veterinary head, spine, musculoskeletal, thoracic, and abdominal CT examinations

Optional prospective electrocardiogram (ECG) gating supports coronary calcium scoring, which evaluates calcium deposits in the coronary arteries. The Supria True64 is primarily designed for general diagnostic and noncardiac CT rather than dedicated coronary CT angiography.

 

Advanced Imaging & Clinical Software Capabilities

The Supria True64 supports advanced image reconstruction, contrast-enhanced imaging, and specialized processing tools that expand the clinical usefulness of its 64-channel acquisition system.

3D Imaging & Detailed Anatomical Views

Multiplanar reconstruction (MPR) allows acquired CT images to be viewed from different angles, including front, side, and cross-sectional views, without repeating the examination.

The system also supports maximum and minimum intensity projection, which emphasize higher- or lower-density structures in the images, along with surface and three-dimensional volume rendering.

These tools help interpreting physicians evaluate complex structures, including blood vessels, bones, and soft tissues.

Contrast Timing for Vascular CT Imaging

The True64’s 0.625 mm slice acquisition across 40 mm detector coverage supports detailed visualization of contrast-enhanced blood vessels.

Predict Scan monitors contrast enhancement and can automatically begin scanning when contrast reaches a selected level.

This helps coordinate image acquisition with contrast arrival, supporting more consistent enhancement during appropriate vascular and body CT examinations.

Spine Imaging & Optional Advanced Applications

MPR Spine Mode automatically selects reconstruction angles for spine examinations, reducing manual image setup and supporting more consistent anatomical views.

• • Additional clinical capabilities may include:
  • Prospective ECG gating for coronary calcium scoring
  • TeraRecon advanced 3D visualization and image analysis
  • Direct contrast injector integration
  • Additional image review and processing tools

The availability of optional applications depends on installed software, licensing, and processing hardware.

 

CT Examination Workflow & Image Processing

The Supria True64 combines patient registration, examination planning, image acquisition, and post-processing in a single operator workstation.

Its protocol-driven interface and reconstruction capabilities help simplify routine examinations and reduce delays between scanning and image review.

Faster Patient Registration & Scan Setup

The operator console features a 24-inch widescreen display with 1920 × 1200 resolution.

Quick-entry controls, patient preregistration, and predefined examination protocols reduce repetitive setup steps.

Immediate preview reconstruction allows technologists to review images shortly after acquisition, helping maintain examination workflow.

Up to 30 Images Reconstructed per Second

The True64 supports image reconstruction speeds of up to 30 images per second, depending on the selected settings.

This allows acquired data to be processed for review more efficiently, particularly during examinations producing large numbers of thin-section images.

Connecting CT Images to Hospital Systems

The Supria True64 supports Digital Imaging and Communications in Medicine (DICOM), the standard used to exchange medical images and examination information between compatible healthcare systems.

This allows integration with Picture Archiving and Communication Systems (PACS), which store and provide access to diagnostic images.

Available connectivity features support scheduled examination information, completion-status reporting, and radiation dose documentation.

Optional DICOM Query/Retrieve allows images to be searched for and retrieved from compatible archives.

Compatible configurations may also support a direct contrast injector interface and Fujifilm Sentinel remote diagnostic functionality.

 

Available Supria True64 Configurations & Installed Options

Pre-owned Fujifilm Supria True64 scanners can differ in software configuration, X-ray tube history, processing hardware, installed applications, and included accessories.

MXR works with customers to identify available equipment aligned with their imaging requirements, patient population, and facility needs.

Variations in Software & Equipment Configuration

Important configuration details include:

• • 64-slice acquisition and installed 128-slice FineRecon capability
  • ECG-gated coronary calcium scoring option
  • TeraRecon advanced visualization software
  • Contrast injector compatibility
  • DICOM networking features and licenses
  • Workstation and image-processing hardware
  • X-ray tube condition, usage history, and service requirements
  • Included accessories and installation components

Supria True64 vs. Supria Plus CT Performance

Facilities considering a lower acquisition configuration may also review the Fujifilm Supria Plus.

The Supria True64 uses 64 independent acquisition channels with 40 mm detector coverage and up to 128-slice reconstruction. The Supria Plus uses 16-channel acquisition with 20 mm coverage and optional 32-slice reconstruction.

Both offer a 75 cm bore, 500 lb patient capacity, and compact design. The True64’s primary advantage is its ability to capture more thin-section anatomical data per rotation, making it better suited for imaging workloads requiring greater detector coverage and detail.

 

Compact CT Installation & Site Requirements

The Supria True64 combines genuine 64-channel CT acquisition with a compact installation footprint.

This makes it well suited for facilities replacing existing CT equipment or introducing diagnostic CT capabilities within a space-constrained building.

Minimum Room Size & Equipment Footprint

Fujifilm’s documented installation layouts include a minimum room size of approximately 265 sq ft (24.6 m²) and a typical layout of approximately 342 sq ft (31.8 m²).

The compact design uses three principal components: the gantry, patient table, and image-processing cabinet.

Actual installation requirements depend on equipment clearances, patient access, shielding, electrical infrastructure, and applicable regulations.

Electrical Requirements & Energy Efficiency

The documented electrical requirements include 208 VAC power, 200-amp service, and peak power capacity of 75 kVA.

The scanner uses an oil/air-cooled X-ray tube without requiring a separate tube chiller, simplifying certain installation considerations.

Eco Mode can reduce power consumption during non-scanning periods by up to 55% compared with operation without Eco Mode.

MXR offers turnkey imaging project management to help coordinate equipment selection, facility planning, and installation requirements.

 

Supria True64 CT Price & Availability

MXR Imaging offers the Fujifilm Supria True64 as a new 64-slice CT scanner, with pre-owned systems potentially available depending on inventory.

Pricing depends on the selected configuration, reconstruction software, advanced imaging options, accessories, and installation requirements. For pre-owned equipment, system condition and X-ray tube history may also influence pricing.

Whether you’re purchasing for a hospital, imaging center, or specialty practice, available configurations can be matched to your clinical needs, facility requirements, and budget.

Ongoing CT maintenance and repair services are also available to help support reliable equipment performance throughout the scanner’s operational life.

Contact MXR Imaging to discuss Fujifilm Supria True64 availability, pricing, and configurations for your facility.

 

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Fujifilm Supria True64 CT Specifications

The following specifications describe the manufacturer’s documented Supria True64 platform. Installed hardware, software versions, optional capabilities, and accessories may differ between pre-owned systems.

CT Acquisition & Detector

• • Acquisition channels: 64 independent detector and electronics channels
  • Detector type: Solid-state ceramic
  • Active detector elements: 64 × 880 (56,320)
  • Anatomical detector coverage: 40 mm (1.57 in) per rotation
  • Detector element thickness: 0.625 mm
  • Acquisition: 64 individual slices per rotation
  • Maximum reconstruction: Up to 128 slices with FineRecon
  • Reconstructed slice thickness: 0.625–10 mm
  • Rotation times: 0.75, 1.0, 1.5, and 2.0 seconds
  • Data collection: 1,200 views/second
  • Volume scan pitch: 0.578–1.578
  • Maximum scannable range: 1,800 mm (70.9 in)
  • Maximum scan rotations: 100
  • Acquisition modes: Axial, helical, dynamic, and scanogram (planning images)
  • Scanogram directions: AP and lateral

Gantry & Patient Table

• • Gantry aperture: 750 mm (29.5 in)
  • Gantry tilt: ±30°
  • Gantry dimensions (H × D × W): 1,843 × 920 × 1,990 mm (72.6 × 36.2 × 78.3 in)
  • Gantry weight: Approximately 1,600 kg (3,527 lb)
  • Patient table capacity: 227 kg (500 lb)
  • Tabletop width: 475 mm (18.7 in)
  • Table length: 2,688 mm (105.8 in)
  • Table height range: 450–1,000 mm (17.7–39.4 in)
  • Horizontal table travel: 1,910 mm (75.2 in)
  • Tabletop travel speed: 5–150 mm/second
  • Horizontal positioning accuracy: ±0.25 mm
  • Table weight: Approximately 423 kg (933 lb)
  • Patient communication: Intercom and automated voice
  • Positioning aids: Laser alignment, gantry-side controls, and foot pedals

X-Ray Generator & Tube

• • Generator type: High-frequency inverter
  • Generator output: 48 kW
  • Tube voltage: 80, 100, 120, and 140 kV
  • Tube current: 10–400 mA in 5 mA steps
  • Maximum tube current: 400 mA at 120 kV or below; 340 mA at 140 kV
  • X-ray tube heat capacity: 5.0 MHU
  • Maximum anode cooling rate: 748 kHU/min
  • Tube cooling: Oil/air
  • Focal spot sizes: 0.7 × 0.8 mm and 1.2 × 1.4 mm

Image Reconstruction & Performance

• • Reconstruction options: 64-slice and up to 128-slice FineRecon
  • Reconstruction matrix: 512 × 512
  • Display matrix: Up to 1024 × 1024
  • Reconstruction speed: Up to 30 images/second, depending on settings
  • Reconstruction field of view: 20–500 mm (0.8–19.7 in)
  • Spatial resolution: 17.2 line pairs/cm at 0% modulation transfer function (MTF), 50 mm field of view
  • Low-contrast resolution: 2.5 mm at 0.25% contrast, 160 mm field of view
  • Iterative reconstruction: Intelli IP
  • Automatic exposure control: Intelli EC
  • Metal artifact reduction: HiMAR
  • Image processing: Multiplanar reconstruction, maximum and minimum intensity projection, surface and 3D volume rendering
  • Spine imaging: Automatic MPR Spine Mode
  • Optional cardiac application: Prospectively ECG-gated calcium scoring
  • Optional advanced visualization: Compatible TeraRecon solutions

Operator Console & Connectivity

• • Console display: 24-inch LCD widescreen
  • Console resolution: 1920 × 1200
  • Image storage: 110 GB, approximately 200,000 images
  • DICOM connectivity: Modality Worklist, Modality Performed Procedure Step (MPPS), Dose Structured Reporting
  • DICOM Query/Retrieve: Optional
  • Contrast injector interface: Optional
  • Remote diagnostic capability: Fujifilm Sentinel
  • Console and image processor: Uninterruptible power supply (UPS) supported
  • Patient registration: Preregistration and protocol-based selection
  • Image review: Immediate preview and multiplanar display

System & Site Requirements

• • Minimum documented room layout: 265 sq ft (24.6 m²)
  • Typical documented room layout: 342 sq ft (31.8 m²)
  • Electrical input: 208 VAC, ±10%
  • Main breaker: 200 A
  • Peak power capacity: 75 kVA
  • Input frequency: 50/60 Hz
  • Operating temperature: 20–28°C (68–82°F)
  • Operating relative humidity: 35–80%
  • Energy-saving capability: Eco Mode, up to 55% reduced idle power consumption