OPTICAL in-vivo IMAGING

Engineered with superior optics and industry-leading technology, Spectral Instruments Imaging provides unrivaled sensitivity for bioluminescence, fluorescence and X-ray in vivo imaging.

Intelligently designed around the needs of animal scientists, all Spectral Instrument Imaging systems combine a robust build, patented LED illumination source, custom filter options, -90°C absolute cooled camera, and absolute calibration

 
 

 

 

FEATURES

  • -90°C Absolute Air-Cooled Camera
    The ultra-cooled sensor ensures unsurpassed sensitivity, no matter the room temperature. Using a leak proof, liquid-free cooling system, your system is ready to operate within 5 min.

  • Patented LED Excitation Source
    LED’s precisely emit only desired wavelengths, minimizing background noise, light leakage and unwanted fluorescence effects and ensuring a high signal-noise-ratio.
    Moreover, LED’s have a 100x longer lifespan and higher energy efficiency than traditional white light sources.

  • Absolute Calibration
    Adjust imaging parameters depending on your needs without altering your data – ensuring highest reproducibility.

  • Free AURA Software
    Enjoy 1-click acquisition using Easy Mode and publication-ready data within minutes using AURA. It also supports legacy file formats. Zero licensing fees and free, unlimited downloads: Collaboration has never been easier.

  • Lab Friendly Design
    The vertical door protects the user from waste anesthesia gas when opening the chamber – and preserves valuable lab space.

  • Co-Registered Multimodal Imaging
    Effortlessly collect data across other Bruker modalities using Bruker’s multimodal cradle for co-registered imaging.
 
 

 

 

Image up to 10 mice at once with LAGO
LAGO and AMI offer optional X-ray imaging (field-upgradable).

Lago X

Unprecedented detection sensitivity and high-throughput imaging.

Ami HTX

High efficiency in-vivo benchtop imaging system for small spaces.

Kino

Great performance for your benchtop. Ideal for small working groups.