Three dimensional multimodal imaging system

1、 Product Overview

IMAGING 1000Three dimensional multimodal imaging systemIt is an integrated animal imaging device that combines multiple modalities, includingMicro CTImaging, bioluminescence imaging, and molecular fluorescence imaging.IMAGING 1000Multimode precision imaging breaks through the scale limitation of single mode imaging and combines the advantages of various imaging technologies“complementary”and“fusion”, achieve“1+1”much greater than2The imaging effect has the characteristics of cross scale and visualization.

2、 Product principle

Multimodal imaging technology refers to the technique of fusing image information obtained from different imaging modalities to generate more comprehensive and accurate diagnostic information. These imaging modalities each have their own advantages and limitations, and when combined, they can greatly enhance the depth and breadth of experimental research, meeting different experimental needs, especially in fields such as disease model research, drug development, gene expression analysis, and cell tracking.

Ruishi Technology'sThree dimensional multimodal imaging systemIt breaks through the scale limitation of single mode imaging and combines the advantages of various imaging technologies“complementary”and“fusion”, achieve“1+1”much greater than2The imaging effect has the characteristics of cross scale and visualization, which can achieve comprehensive and multi-dimensional imaging analysis of organisms from macro to micro, from structure to function. This comprehensive imaging system not only improves imaging accuracy and sensitivity, but also broadens the field of view and depth of experimental research, providing unprecedented opportunities for biomedical research.

3、 Product Features

·High imaging accuracy

IMAGING 1000possessMicro CTImaging, bioluminescence imaging, and molecular fluorescence imaging have high imaging accuracy and meet different experimental needs.

·Fast imaging speed

IMAGING 1000By adopting advanced reconstruction algorithms and post-processing techniques, the reconstruction speed and image processing capabilities are significantly improved, resulting in clearer image quality and richer layering, significantly enhancing experimental efficiency.

·Multiple types of imaging

IMAGING 1000It has multiple imaging modes, including 2D bioluminescence imaging, 2D fluorescent molecule imaging, 3D bioluminescence imaging, 3D fluorescent molecule imaging, 3D multimodal fusion imaging, continuous imaging, etc., which can observe and dynamically track physiological reactions and pathological processes in the body in real time.

·Large imaging field of view

IMAGING 1000Adopting a scientific open structure layout, superior to industry level radial effective field of view and axial scanning range.

·More precise quantification

IMAGING 1000Simultaneously possessing both functional and structural imaging capabilities, capable of performing3DOptical imaging and high-resolutionMicro CTImaging and achieving functional optical imaging and structural designMicro CTImagingcollectionCheng can accurately calculate the depth, volume, size, and molecular activity of lesions.