LI-COR Odyssey CLx Imaging System Model 9140

LI-COR Odyssey CLx Imaging System Model 9140

***Preowned with minimal wear from normal use. Unit does not include imaging software. 30-day warranty included with purchase.  See photos for details.

The Li-Cor Odyssey CLx Imaging System gives your lab clear sharp digital results in as little as 6 minutes. By using NIR fluorescence detection, the Licor CLX greatly simplifies your western blot process by eliminating the need to incubate your substrate or wait for the film. This simplification saves you productivity time, conserves water, and reduces the hazardous waste your lab may produce.

The LiCor CLx sets up your data in one digital file that’s ready for immediate analysis and easy record-keeping. The flatbed of this imaging system can scan up to 9 mini-blots, 30 slides, or 6 microplates at once. Near-infrared fluorescence imaging cuts down on the amount of background fluorescence and high sensitivity for your blots. Thanks to the precise laser excitation of the Licor CLx, this fluorescence imaging system gets high signal-to-noise ratios, resulting in images with staggering clarity.

NIR fluorescents are stable steady signals that aren’t affected by time or enzyme kinetics, meaning you can imagine when it’s convenient for you. The dual-channel lasers of this western blot imager also mean you can see multiple targets on the sample blot. The superior data retention of the Odyssey CLx lets you see signals as they really are. The wide linear range and digital formats give you richer, deeper data.

The LI-COR Odyssey CLx Imaging System Model 9140 is designed to be flexible and consistent while performing different experiments. The captured the digital data results provide over six logs of linear range. This image system takes away the darkroom process, expenses, time and replaces it with instant digital results. Image studio software saves personal settings which captures the details and complexity of your data. The image system also provides two safety interlocks that prevent access to the laser when its lid is open during operation.