Small animal 3D optical live imaging device

1、 Product Overview

The Imaging 200pro is a high-sensitivity, multi-functional imaging device launched by Ruishi TechnologySmall animal 3D optical live imaging deviceThrough technological innovation, the IMAGE 200pro truly achieves three-dimensional optical imaging function. Using the self-developed and industry leading three-dimensional imaging algorithm of Ruishi Technology, the imaging positioning accuracy in three-dimensional space reaches sub millimeter level, providing detailed and accurate data for studying in vivo targets, metabolic processes, drug screening and other posterior mechanisms, and providing strong support for whole-body imaging and in vivo characterization of small animal models.

2、 Product principle

Traditional two-dimensional optical imaging has limitations in detecting deep signals in small animals, mainly manifested in the fact that two-dimensional optical imaging can only provide planar information, lacks depth information, and signals may overlap with each other. And three-dimensional optical live imaging can effectively detect deep signals inside the body; Using advanced 3D imaging algorithms to achieve accurate signal localization in 3D space; Can accurately locate signals to organs and tissues; And quantify the true tumor size, not just the luminescence intensity. These characteristics makeSmall animal 3D optical live imaging deviceIt can provide detailed and accurate data on the underlying mechanisms of in vivo targets, metabolic processes, drug screening, etc., providing strong support for whole-body imaging and in vivo characterization of small animal models.

3、 Product Features

·True 3D

Multi angle image acquisition to achieve true 3D imaging; Ensure that there are no omissions in the signal and that the information (depth, volume, and molecular activity) is more comprehensive.

·More sensitive

The IMAGE 200pro adopts an ultra-high pixel, scientific grade cooled CCD camera with low cooling temperature, effectively reducing dark current to achieve detection and imaging of weak luminescence or fluorescence, ensuring high sensitivity and imaging quality while fast imaging.

·More efficient

The IMAGE 200pro adopts advanced reconstruction algorithms and post-processing techniques, bringing clearer image quality and richer sense of hierarchy, significantly improving experimental efficiency.

·More variety

The IMAGE 200pro has multiple imaging modes, including 2D bioluminescence imaging, 2D fluorescence molecular imaging, 3D bioluminescence imaging, 3D fluorescence molecular imaging, continuous imaging, etc., to observe and dynamically track physiological reactions and pathological processes in the body in real time.

·More precise

The IMAGE 200pro has reliable 3D optical imaging and quantitative analysis functions, which can provide accurate depth, volume, size and other information, and achieve sub millimeter level positioning accuracy; Realize precise positioning and absolute quantification. An AI model trained on real data is more capable of accurately predicting multiple organs in mice, enabling the localization of fluorescence signals to these organs.

·More intelligent

The IMAGE 200pro supports multiple imaging modes with built-in parameters, allowing users to directly perform automatic image acquisition. Meanwhile, it supports user-defined parameters for image data collection.

·Upgradeable

The IMAGE 200pro can be upgraded to a 3D multimodal precision imaging system; The system has multiple image acquisition methods such as micro CT imaging, two-dimensional bioluminescence imaging, two-dimensional fluorescence molecular imaging, three-dimensional bioluminescence imaging, three-dimensional fluorescence molecular imaging, continuous image acquisition, real-time imaging, etc. It uses advanced three-dimensional imaging algorithms to accurately provide quantitative information such as lesion signal molecular activity.