LabPET II Preclinical PET Scanners
PRECISION IMAGING ACROSS ALL SCALES
Discover the future of small animal imaging with the LabPET II Scanner. Building on the commercial success of the LabPET I (also known as “Triumph”, “LabPET 4”, “LabPET 8”, “LabPET 12” or “LabPET™ First Generation”), the advanced preclinical imaging LabPET II scanner is available as standalone, table-top, or integrated PET/CT system, tailored to meet your diverse research needs.
Delivering Unmatched Precision and Flexibility to Your Research with the LabPET II
Meeting the Challenges of Preclinical Research
Preclinical small animal research presents unique challenges, particularly in achieving precise measurements and managing costs efficiently. The LabPET II scanners address these challenges by offering ultra-high precision, enabling the exploration of new research frontiers.
Unmatched Modular Flexibility
With a modular design that offers 48 possible configurations, the LabPET II scanners provide the best solution for any need and budget. Researchers can choose from four available preclinical ring diameters, suitable for imaging mice, rats, rabbits, and mid-sized animals. Each diameter supports configurations ranging from 1 to 12 rings, accommodating a wide range of single or multi-bed imaging studies.
Superior Resolution for Optimal Results
Enhanced spatial resolution leads to faster and more accurate results, allowing research groups to reduce experiment cycles and optimize resource usage. The LabPET II’s ultra-high precision enables new research opportunities and can be the deciding factor in achieving definitive conclusions.
216
> 3.6%
108mm
119mm
90mm
300mm
27 648
< 0.85mm
156mm
156mm
300mm
60mm
80mm
72mm
> 6.2%
1.12 x 1.12 x 10.6mm³ 4x8 arrays
144
18 432
< 0.75mm
Number of Detection Modules
LYSO Crystal Size
Total Number of Crystals
Mouse
12 rings configuration
Rat
12 rings configuration
Rabbit
12 rings configuration
Mid-Size
12 rings configuration
Axial Field of View
Single bed position FOV
Total Axial Field of View
Multi-bed position FOV
Transaxial Field of View
Optimal transaxial FOV
Ring Diameter
Distance between detectors
Gantry Opening
Standalone open space
Sensitivity
Calculated at center
Spatial Resolution
True resolution at center without CT, digital or coding
156mm
> 600mm
125mm
160mm
140mm
> 2.9%
288
36 864
156mm
> 750mm
180mm
260mm
203mm
> 2.2%
432
55 296
< 1mm
< 0.95mm
Note : All numbers may vary if standalone, tabletop or PET/CT integration is chosen.
1.65mm
1.42%
6.0%
Down to 3mm
24 / 16
The table above shows the published NEMA comparison of the LabPET I and the LabPET II 4-rings mouse configuration performances. Compared to the previous generation, the LabPET™ , this detector module offers a ∼5.6-fold and ∼1.7-fold increase respectively in acquisition channel density and count rates per cm². This is shown in the performance displayed in the table above, especially with the spatial resolution at the center of the scanner.
LabPET I
Also known as Triumph, LabPET 4-8-12, LabPET™
LabPET II
Here showing mouse 4 rings configuration performances
Spatial Resolution
@ 5mm from center
Sensitivity
[250-650keV]
Spill Over Ratio
[air/water] (%)
0.76mm
3.3%
8.2%
Down to 2mm
31 / 20
Uniformity
Recovery Coefficient
Transforming Preclinical Imaging with LabPET II Scanners
The ultra-high resolution of the LabPET II preclinical scanners provides unprecedented clarity and precision, allowing researchers to explore intricate details in small animal models. Thanks to this breakthrough in imaging technology, structures that were previously difficult to visualize, such as specific organ regions and microanatomical features, are now discernible and quantifiable with LabPET II.
This revolutionary advancement in resolution is opening new avenues in preclinical research, enabling detailed studies of disease mechanisms and the effects of therapeutic interventions. By providing exceptional detail and precision, LabPET II empowers researchers to push the boundaries of their investigations, offering new opportunities to understand complex biological processes and develop innovative treatments.
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