The Ultimate Preclinical Imaging System
IRIS PET/CT
The IRIS scanner is dedicated to in-vivo preclinical research on small animal such as mice and rats. IRIS is available in single modality PET, CT or dual modality PET/CT. IRIS technology is extremely flexible and an IRIS PET or CT scanner can be upgraded to PET/CT at a later stage.
Key Features:
• High performance
• High throughput
• Easy to use
• Cost-effective
• Optimised mouse and rat imaging
Specifications PET
Sensitivity: > 9% [250 – 750 keV]
Spatial resolution: CFOV < 1 mm, average = 1.1 mm
Axial FOV: 96 mm
Trans-axial FOV: 81 mm
Energy resolution: < 13%
Timing resolution = 1.8 ns
Specifications CT
X-ray tube: 20-80 kV, 0-1 mA, 80W max
Detector imaging area: > 11.4 x 14.5 cm2
Scan time: < 4 s (ultra-fast mode), 20 s (standard mode), 1 min (high resolution scan)
Low dose: < 6.5 mGy
Resolution: 73μm @ 10% MTF
Minimal voxel resolution: < 30μm
Axial FOV: > 90 mm
Dynamic 4D acquisition
Software based respiratory and cardiac gating
Highlight Technologies
Software based CT resp. and cardiac gated imaging WITHOUT ECG and resp. sensor
IRIS XL CT And PET/CT
The IRIS XL scanner is dedicated to in-vivo preclinical research on large animals. The system is equipped with a large bore size and is fully shielded from x-ray.
Imaging Features:
• Bore size: 26 cm
• Optimized for big models
• High-resolution PET
• High-resolution CT
• Ultrafast and low dose CT
• Fully shielded system
Specifications PET
Spatial resolution: ~ 1 mm (CFOV), 1.3 mm (50 mm off-centre)
Sensitivity: ~ 2.8% (single ring system)
Energy resolution: 14%
Transaxial FOV: 210 mm
Axial FOV for single bed position: 52 mm (single ring system)
Axial FOV for multiple bed positions: > 400 mm
Specifications CT
Spatial resolution: ~ 70 µm @ 10% MTF
Minimum voxel size: < 55 µm
Scan time: 2 min (high resolution) / 20-60 s (standard) / ≤ 8 s (fast)
Transaxial FOV: 210 mm
Axial FOV for single bed positon: > 80 mm
Axial FOV for multiple bed positons: > 400 mm
Environmental x-ray dose: < 1 µSv/h
Highlight Applications
PET/CT Imaging of NHP Brain
CT Imaging of NHP Lung
