Specification of Precision 32 Computed Tomograph System MSLCTX10:

Slip ring Germany low-voltage slip ring
Aperture Size 715±5mm
Tilt Angulation Range -30° ~ +30°
Scan localizer Positioning laser
Slice Thickness 2x1.1mm 8x0.55mm 16x0.55mm 16x1.1mm
Scan time (s/360°) 0.72s, 0.8s, 1.0s, 1.5s, 2.0s
Maximum FOV (Field of View) 500mm
Detector Type GOS ceramic solid detector
Detector Number 888x24
Detector Row 24
Detector channel per row 888
X-ray Tube

AED 625,550.00

Specifications

Features of 64 Precision Multi-slice spiral CT scanner MSLCTX08:

AccuDose-Comprehensive low dose imaging
AccuScan-Enjoy ease
Space saving and cost saving in maintennace
Ahead-Head dual-energy head imaging technology
AccuTilt dual-mode gantry tilt technology
AccuOrgan-Targeted organ imaging
Admir iterative reconstruction technology
Specification of 64 Precision Multi-slice spiral CT scanner MSLCTX08
please contact us for more details.

AED 696,150.00

Specifications

Features of 64 Slice Helical CT Scanner MSLCTX03:

Intelligent mA tracking technology
Parallel 3D cone beam reconstruction technology
iDream tensor iteration low-dose technology
76 cm aperture design
Mature and stable large heat capacity tube
Dynamic reconstruction convolution technology based on FOV

Specification of 64 Slice Helical CT Scanner MSLCTX03
Refer to the table below.

Configuration of 32 SliceHelical CT scanner MSLCTX03
Console

AED 545,500.00

Philips Gemini TF64 &16 Slice PET Scan Machine

Product Description

Product Details:
The Philips Gemini TF Big Bore is optimized for diagnostic imaging and radiation oncology to provide enhanced patient care throughout the oncology care cycle.

Gemini TF Big Bore is our first PET/CT system designed to:

Provide exceptional Time of Flight PET image quality and applications coverage while meeting stringent standards for radiation oncology
Deliver the accuracy and workflow optimization demanded by radiation oncology applications
Combine Brilliance CT Big Bore capabilities with premium PET performance
Simplify oncology care processes, remove complexities, and improve accuracy throughout the oncology care cycle .