Imaging Chemiluminescence & fluorescence imagers

Chemiluminescence & fluorescence imagers

Vilber’s Fusion Series offer Western blot scanning with unrivalled sensitivity, allowing you to image your blots using chemiluminescence, as well as fluorescence

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Thanks to its best-in-market optics with up to 7 excitations channels in the IR, NIR, visible RGB and UV area, our chemiluminescence and fluorescence imagers cover chemiluminescence, bioluminescence, multiplexing fluorescence and chemifluorescence applications for the most demanding molecular biology lab. That is why the Fusion Series from Vilber is used and trusted by Nobel Prize winners.

Contact us to discuss which instrument is the best fit for your needs and budget.

NEW VILBER Chemiluminescence Imaging system for absolute unrivalled quantification of proteins: Go beyond with FUSION ABSOLUTE

Thanks to its many innovations, FUSION ABSOLUTE goes even further than its previous model (FUSION FX) in terms of detection and, above all, analysis. This is the very first imager to enable absolute quantification of your proteins effortlessly: as never seen before in the Western blotting world!
UNRIVALLED SENSITIVITY
This high-end system dedicated to all your chemiluminescence and fluorescence applications combines unrivalled sensitivity and automatic analysis to offer you the greatest level of performance. It supports you in your relentless quest for understanding by giving you the ability to detect, quantify and validate with simplicity.

BREAK THE BOUNDARIES IN PROTEIN DETECTION
Fusion Absolute custom made f/0.70 lens combines sensitivity and optical performance for very faint light conditions (picogram level). The system achieves the best signal to noise ratio and can easily detect large intensity difference between bright and faint bands before reaching saturation. The broad linear dynamic range enables quantification of target proteins with absolute confidence

Vilber FUSION ABSOLUTE with and without PC integrated

ALL THE APPLICATIONS YOU NEED IN ONE SYSTEM
Genomics: DNA analysis (mutation, methylation etc...), RNA (gene expression...) | Proteomics: Molecular weight analysis of proteins
(analysis of mutation, expression, etc.) | Western blot: Biomedical
research, molecular biology research, cancer research etc