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Philips Access CT 16 - Computed tomography

The Philips Access CT 16 is a modern entry-level computed tomography system that delivers high-quality imaging, low radiation dose, and an automated workflow—making it well-suited for a broad spectrum of clinical applications, from routine diagnostics to specialized studies in cardiology, oncology, neuroimaging, and pediatrics.

Key Technical Specifications

Number of slices: 16
Maximum patient weight capacity: 150 kg
Table scan range: 1,200 mm — enabling full-body coverage in a single exam
Reconstruction matrix: up to 1024 × 1024 — supporting high-resolution imaging for fine anatomical detail
Scanning modes: Helical (spiral) and axial
Image reconstruction: Supports parallel and batch processing for efficient workflow
DICOM 3.0 compliance: Full support for archiving, printing, PACS integration, and structured dose reports (DICOM Structured Reporting – SR)
Network connectivity: 10/100/1000 Mbps Ethernet for seamless integration into hospital IT infrastructure

Type: Tomograph

Country of origin: USA

Brand: Philips

Description

Specifications

Description

The Philips Access CT 16 is a modern entry-level computed tomography system combining high-quality visualization, low radiation dose, and an automated workflow. The system is designed for a wide range of clinical tasks—from routine diagnostics to specialized studies in cardiology, oncology, neuroradiology, and pediatrics.
The Access CT 16 delivers ultra-high resolution thanks to a 1024×1024 reconstruction matrix, supports helical and axial scanning, and features advanced image processing technologies: iDose⁴ (iterative reconstruction), MAR (metal artifact reduction), and ASTR (accurate reconstruction at high pitch).
The system complies with the international NEMA XR-29 standard and includes dose management features (DoseRight ACS, DoseCheck), automatic exposure modulation, and specialized pediatric protocols (including a 70 kV mode).
With an intuitive interface, automation packages (iPlanning, iBatch, IMPR), and advanced applications (Lung Nodule Analysis, AVA Stenosis, Perfusion, Virtual Colonoscopy, Dental), the scanner enhances departmental productivity and ensures standardized examinations.

Specifications

Key Specifications:

Number of slices: 16
Maximum patient weight: 150 kg
Table scan range: 1200 mm
Reconstruction matrix: up to 1024 × 1024
Scanning modes: helical, axial
Reconstruction speed: parallel and batch processing
DICOM 3.0 support: archiving, printing, PACS, structured dose reports (DICOM SR)
Network connectivity: 10/100/1000 Mbps
Compliance standards: NEMA XR-29, IEC, IHE

Key Technologies:

iDose⁴ — 60–80% dose reduction without loss of image quality
MAR — effective suppression of artifacts from orthopedic implants
ASTR — accurate reconstruction at high pitch values
DoseWise™ — philosophy of minimizing radiation dose
DoseRight ACS — automatic tube current selection based on patient anatomy
Evolving Reconstruction — real-time preview of images (256×256)

Clinical Applications:

General diagnostics
Cardiology (calcium scoring, CT angiography)
Neuroradiology (brain perfusion)
Oncology (lung nodule analysis, virtual colonoscopy)
Traumatology and orthopedics (with metal artifact reduction)
Dentistry (panoramic and 3D jaw visualization)
Pediatrics (age- and weight-based protocols, 70 kV mode)

Control and Ergonomics:

Intuitive operator console with graphical interface
Two-way patient communication, multilingual Autovoice system
Automatic contrast injection planning (Bolus Tracking, Spiral Auto Start)
Flexible positioning: flat and occipital headrests, arm support

Infrastructure Requirements (recommended):

Power supply: 380 V, TN-S, power ≥ 80 kVA
Grounding: ≤ 4 Ω
Room space: scan room ≥ 22 m², control room ≥ 8 m²
Climate: +18…+24°C, humidity 35–70%

Additional Equipment:

Radiation shielding glass (2.0 mm Pb equivalent)
Uninterruptible power supply (3 kVA, 9 min backup)
Network circuit breaker with leakage current protection