IMAGING 200plus
3D In Vivo Optical Molecular Imaging System
IMAGING 200plus delivers high-resolution 3D molecular imaging with multi-angle acquisition and advanced reconstruction algorithms, enabling precise spatial localization and quantitative analysis of biological signals.
Captures optical signals from full angles to achieve genuine 3D optical tomography, providing complete spatial information including depth and volume. This enables a leap from "seeing signals" to "precisely localizing signal sources".
Features a highly integrated, modular design that consolidates core components into a movable, self-contained cabinet. The compact structure ensures ease of operation while guaranteeing system stability and professional imaging performance.
Integrates a unique AI model that generates internal 3D organ distribution based on the animal's body surface contour. Detected fluorescence or bioluminescence signals are automatically and accurately mapped onto specific biological tissues or organs, providing more intuitive and biologically meaningful imaging results.
| IMAGING 200plus | |
| Camera | Scientific-grade CCD |
| Min. operating temp. | -100°C |
| Quantum efficiency | ≥ 90% @500-700nm |
| Dark current | ≤0.0001 e-/pixel/sec |
| Excitation light source (Quantity) | LED (12) |
| Number of excitation light filters | 12 |
| Number of emission light filters | 6 |
| Temperature-controlled sample stage | Include |
| Multi-probe imaging | Include |
| 3D localization accuracy | 0.2mm |
| 3D optical tomography | Upgradable |
| X-ray imaging module | Upgradable |
| CT imaging module | Upgradable |
| Multimodal imaging module | Upgradable |
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