Alpha-SPECT Mini (MH3D)

SPECT

Imaging Gallery

Applications

System Overview

The Alpha-SPECT mini is a high-performance SPECT imaging system for preclinical research (mice and rats). It features high performance CZT sensors providing an unparalleled energy resolution. The scanner offers an ultra-wide stationary FOV to allow for TRU whole-body dynamic scanning of both mice and rats. This allows for imaging up to 4 mice simultaneously. This is a first in its class SPECT scanner with exceptional sensitivity, resolution, and many unique features.

Features & Specifications

The Newton 7.0 is an innovative optical bioluminescence, fluorescence, and 3D tomographic imaging system designed with the user in mind.

Unparalleled energy resolution

E.g., 2.5 keV at 140 keV), ideally suited for multi-isotope imaging

Ultra-high spatial resolution

0.25 mm

Ultra-wide stationary FOV

TRUE whole-body dynamic mouse and rat studies
6 cm x up to 12 cm

Modular design

Customer-selectable imaging configurations:

6 cm x 6 cm, or 6 cm x 9 cm and 6 cm X 12 cm

Fully stationary multi-animal

Imaging capability for maximized throughput – 4 mice

User-programmable dual-FOV

Aperture for adaptive whole- /microscopic imaging

Applications

Technical Specifications

	Truly Stationery FOV	Spatial resolution (mm)	Sensitivity (cps/MBq)	Energy Resolution @140 keV	Bore size
Hi-Res, Mouse	D 30 mm × L 40 mm	STD: 0.5 HR: 0.25	STD: 2500 (0.25%) HR: 1500 (0.15%)	STD: 2.5 keV, CZT (UHER: 1.5keV, CdTe)	12 cm
Large-FOV, Rat	D 60 mm × L 90 mm	1	5000 (0.5%)	2.5 keV	12 cm