WESTERN BLOT IMAGING SYSTEMS
Azure Imaging Systems
Revolutionizing the way you Western blot! Azure Imagers are high performance Western blot imaging systems capable of NIR fluorescence, visible fluorescence, and chemiluminescence
Lasers for Sensitive NIR imaging
Using lasers for NIR fluorescent imaging sets the Azure Imagers apart from competitors. Our Imagers are the only ones on the market to use lasers. Narrow, specific laser excitation leads to higher signal, with less background and increases the overall sensitivity of your Western blots.
Flexibility for Optimal Performance
Azure Imagers provide the sensitivity, adaptability, and performance that are needed by a wide variety of experimental processes—allowing you to use the same imager to keep up with research changes and introduce new techniques as your scope continues to develop. Find out which Azure Imager is best for your research by reviewing the comparison table below.
Intelligent Workflow for Easy Customization
From upstream conjugation to downstream analysis, we help provide the most inclusive workflow for your research. The user interface of each Azure Imager allows for total customization over imaging protocols, while ensuring repeatability from sample to sample.
The Western Blot Imaging System of Your Dreams
Fluorescent Channel Module Upgrades
Several Azure Imaging Systems can be upgraded with the Azure Q Module, an optional green fluorescence channel intended for detecting Total Protein Stains such as TotalStainQ.
This can be used for efficient total protein normalization (TPN) of quantitative Western blots and helps achieve the most accurate quantification.
Diverse Imaging Applications
Ready to expand your research past gels and membranes? What truly sets Azure Imaging Systems apart is their ability to image more than just blots with cameras ranging from 5.4MP to 9.1MP.
From tissue sections and media plates to in-vivo fluorescence of three-dimensional samples, the Azure Imaging Systems have unmatched depth-of-field that easily enables unparalleled imaging flexibility.
Applications
The ability to do multiple applications with one imager
Chemiluminescent Westen Blotting
Bacterial Plate Imaging
Gel Documentation
Model Organism Imaging
Phosphor Imaging
Post-Translational Modifications
Total Protein Normalization
Visisble Fel Imaging
Westen Blotting