More CELESTA Lasers for More Applications
Lumencor is excited to offer three new laser options for our CELESTA Light Engines. Researchers using spinning disk confocal microscopy, super-resolution microscopy, spatially resolved transcriptomics and other advanced imaging applications will find the already formidable capabilities of the CELESTA for brightness, spectral breadth, stability, ease-of-use, are now even greater.
The new laser options are 488 nm, 577 nm, and 680 nm. They expand the scope of the CELESTA in imaging and other biophotonics applications in many ways:
The new 488 nm laser is ideal for exciting GFP, FITC and Alexa Fluor 488 fluorophors. With this laser, users will be able to replicate the most prominent argon-ion laser line in tandem with six additional lasers.
The 577 nm laser provides mCherry, Texas Red and Alexa Fluor 594 fluorophor excitation, as well as photodesensitization for the optogenetic inhibitor halorhodsin (NpHR). Using 577 nm light in combination with 446 nm and 518 nm lasers, readily supports 3-color fluorescent protein imaging with CFP, YFP and mCherry.
The 680 nm laser addresses the increasing demand for near-infrared (nIR) fluorescence excitation. With this optional laser, you can excite nIR fluorophores such as Alexa Fluor 680 and IRDye 680.
We want you to get exactly the illumination you need for your application. These new lasers are each available in the many standard CELESTA Light Engine configurations advertised as off-the-shelf products in our price lists, and also in customized configurations.
Don’t need 7 lasers? Lumencor offers four or five laser configurations in a CELESTA quattro Light Engine; simply chose only those lines of interest from the full range of standard and new laser options.
We look forward to hearing from customers about new applications for the CELESTA Light Engine, particularly those enabled by this expanded spectral output range. For more information on the complete capabilities of our CELESTA Light Engine, please see our updated data sheet.
- Apr 13, 2022