Used LICOR Odyssey CLx 9140 #9222352 for sale

LICOR Odyssey CLx 9140 is a versatile and reliable imaging equipment used for various applications including Western blotting, gene expression, and EMSA assays. Its powerful, top-of-the-range laser scanners are designed to thoroughly analyze images from a variety of labels, chemistries, and fluorophores. An easy-to-use software interface ensures precise control of multiple laser wavelengths, camera settings and scanning parameters. Odyssey CLx 9140 comes equipped with a robust top-of-the-range laser and easy-to-configure software with features such as enhanced optical resolution and non-destructive quantification. With an extended linear dynamic range of up to 6.4 OD and 0.0001 to 20 OD, it is able to efficiently capture the highest quality of data possible. Its powerful imager control and capture capability deliver images with utmost clarity and accuracy. Its semi-automatic 16-bit dynamic scanning range allows for fast and correct evaluation of multiple samples within one scan and provides unprecedented repeatability and accuracy of results. LICOR Odyssey CLx 9140 can process up to 55 blots per hour, making it one of the fastest scanners available. Its extra-large comfort scanning bed of 13" x 13", provides optimal space for easy placement and movement of blots on and off the bed. The scanner features a programmable automation, allowing it to operate and store multiple protocols or multiple studies. Additionally, it has a built-in data analysis system enabling users to monitor the progression of their experiments and easily quantify results in close to real-time, with absolute accuracy and precision. Odyssey CLx 9140 is equipped with a range of accessories including a tablet or laptop computer with ample portability, as well as dedicated accessories such as transfer film and a polarization filter, to ensure quality imaging. The unit also comes with Odyssey Express and Odyssey One software, to help streamline the user's workflow, from imaging to data analysis. With this highly reliable and consistent machine, researchers can be confident that accurate results will be achieved every time.