Near-infrared fluorescence imaging system NIR-30F
Date：2022/3/15
Details
■ Features
· Sensitive
It uses an InGaAs camera, which has super high spectral sensitivity in the 900-1700nm range.
· Fast
Its maximum frame rate is 600FPS, which can quickly capture real-time changes in fluorescence signals.
· Big view
It is equipped with an electric lifting temperature control sample stage, the maximum field of view can be full of 3 small images at the same time.
At the same time, it can perform macro imaging of tissue structures such as tubes.
· Uniform
Fluorescence imaging complies with NIST standard calibration, and its uniformity is greater than 90%.
· Intelligent
The software can perform intelligent imaging, making image analysis more convenient.
■ Software & System
· Status display: It displays the status of device connection, camera temperature, door opening and closing in real time.
· Height setting: You can set the height of the stage and the height of the animal, close to the animal, and focus the imaging at a close distance, improving the sensitivity of in vivo detection.
· Imaging modes: support single or time-lapse imaging, and video recording, these modes can independently adjust the frame rate.
· File security: All data can be saved as .blt format files, automatically saved in the computer to avoid data loss.
· Video processing: It can load .blt format files, and for video files it can also display a frame list, which is convenient for dragging to the specified position.
· Analysis function: It includes adding annotations, ROIs analysis, multi-image combination analysis, and length measurement.
· Statistical analysis: It can directly analyze the video file frame by frame for statistical analysis of heartbeat and respiratory rate, and directly generate a line graph.
· Security protocol: The software has a multi-level user management function that complies with GLP specifications, and will automatically generate system logs to ensure data safety and reliability.
· Three-dimensional data: the software can export 3D peak images.
· Sensitive
It uses an InGaAs camera, which has super high spectral sensitivity in the 900-1700nm range.
· Fast
Its maximum frame rate is 600FPS, which can quickly capture real-time changes in fluorescence signals.
· Big view
It is equipped with an electric lifting temperature control sample stage, the maximum field of view can be full of 3 small images at the same time.
At the same time, it can perform macro imaging of tissue structures such as tubes.
· Uniform
Fluorescence imaging complies with NIST standard calibration, and its uniformity is greater than 90%.
· Intelligent
The software can perform intelligent imaging, making image analysis more convenient.
■ Software & System
· Status display: It displays the status of device connection, camera temperature, door opening and closing in real time.
· Height setting: You can set the height of the stage and the height of the animal, close to the animal, and focus the imaging at a close distance, improving the sensitivity of in vivo detection.
· Imaging modes: support single or time-lapse imaging, and video recording, these modes can independently adjust the frame rate.
· File security: All data can be saved as .blt format files, automatically saved in the computer to avoid data loss.
· Video processing: It can load .blt format files, and for video files it can also display a frame list, which is convenient for dragging to the specified position.
· Analysis function: It includes adding annotations, ROIs analysis, multi-image combination analysis, and length measurement.
· Statistical analysis: It can directly analyze the video file frame by frame for statistical analysis of heartbeat and respiratory rate, and directly generate a line graph.
· Security protocol: The software has a multi-level user management function that complies with GLP specifications, and will automatically generate system logs to ensure data safety and reliability.
· Three-dimensional data: the software can export 3D peak images.
· International Unit: It is quantified by the photon (p/s/cm2/sr)/excitation intensity (uw/cm2) radiated by the animal's body surface per unit time, unit area, and unit radian angle.
■ Application
▲ Angiography
▲ Real-time surgery
▲ Drug targeting and kinetic studies
▲ Treatment of bone tumors
▲ Tumor research
▲ Monitor blood flow changes
