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Fluorescence preclinical imaging system iBox Studio
NIRfor in-vivo imagingfor small animals

Fluorescence preclinical imaging system - iBox Studio - UVP - NIR / for in-vivo imaging / for small animals
Fluorescence preclinical imaging system - iBox Studio - UVP - NIR / for in-vivo imaging / for small animals
Fluorescence preclinical imaging system - iBox Studio - UVP - NIR / for in-vivo imaging / for small animals - image - 2
Fluorescence preclinical imaging system - iBox Studio - UVP - NIR / for in-vivo imaging / for small animals - image - 3
Fluorescence preclinical imaging system - iBox Studio - UVP - NIR / for in-vivo imaging / for small animals - image - 4
Fluorescence preclinical imaging system - iBox Studio - UVP - NIR / for in-vivo imaging / for small animals - image - 5
Fluorescence preclinical imaging system - iBox Studio - UVP - NIR / for in-vivo imaging / for small animals - image - 6
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Characteristics

System type
fluorescence, NIR
Application
for in-vivo imaging, for small animals

Description

Affordable small animal imaging system Two high performance cooled camera options Illumination sources – RGBW LEDs and NIR lasers Included warming plate for up to 3 mice on ergonomic slide out tray VisionWorks software for one-touch workflows Integrated 13.3” touch screen computer Small, compact footprint maximizes the use of laboratory bench space Product details Optimized in vivo fluorescence imaging The UVP iBox Studio touch is sophistication and ease of use in one system for high resolution small animal fluorescence imaging. From in depth in vivo studies to quick screening, researchers can use this compact yet powerful imaging system to perform their choice of in vivo fluorescence application. Camera and light source options provide maximum flexibiliy in system configuration. Versatility of a wide spectrum: The UVP iBox Studio is versatile and can support imaging of any probe in the visible to near infrared (NIR) range (400 to 900nm). NIR imaging minimizes skin autofluorescence (~650nm) and allows 3x to 8x deeper penetration. The wide spectrum also offers more options for multiplex labeling. This capability enables visualization of tissue/tissue interaction, enhanced signal to background ratio, and detection of multiple fluorescent proteins or labels.

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