New Sola Light Engines Offer Output in ~735 nm Spectral Region
Press Release Summary:
Lumencor’s SOLA SE UV-nIR and SOLA SE V-nIR light engines output centers on 365 nm and 395 nm respectively. Units produce output based on array of solid state light sources that turn on and off in unison producing white light. Exciting nuclear dyes such as DAPI, Hoechst, Cy7 and ICG, the light engines produce white light without heat, electronic and spectral noise.
Original Press Release:
Lumencor’s SOLA Light Engines Now Offer nIR Excitation for Fluorescence Microscopy
Brightest White Light Engine Now offers Broadest Spectral Range
Beaverton, Oregon, (June 18, 2018) -- Lumencor, Inc. is a global leader in the design and manufacture of bright, solid-state lighting for state-of-the-art instrumentation in the life science marketplace. The SOLA family of light engines are established market leaders in terms of brightness, switching speed, stability and long life. SOLA light engines produce white light similar to that of the mercury arc lamp without the heat, electronic and spectral noise and contaminant limitations associated with lamps. Moreover, SOLA light engines overcome traditional LED shortcomings; namely, a lack of optical power and limited spectral coverage. Now Lumencor has further advanced the SOLA light engine product line with the addition of near infrared (nIR) output in the ~735nm spectral region. The new SOLA SE nIR light engines retain all the bright visible-range output customers have come to associate with the SOLA brand. The additional near infrared (nIR) source extends their spectral range and thereby their utility.
The new SOLA SE UV-nIR and SOLA SE V-nIR light engines produce powerful outputs based on an array of solid state light sources. The sources turn on and off in unison producing white light that replicates the spectral output traditionally obtained from mercury lamps. The UV output centers on 365 nm and the violet (V) centers on 395 nm. They each efficiently excite nuclear dyes like DAPI and Hoechst. At the other end of the spectrum, a near infrared source at ~735nm now excites Cy7 and ICG. Practically useful levels of near infrared output have never been obtainable from mercury lamps. Moreover, the 500-600nm output of the SOLA light engine, obtained from the application of Lumencor’s proprietary light pipe technology, excites fluors in the visible (VIS) spectral region such as mCherry, TRITC and Texas Red. The unique capacity of Lumencor’s light pipe technology to overcome the inherent green gap, the notorious optical power deficit of traditional LED light sources, was confirmed by a recent patent infringement settlement. In so doing, Lumencor has preserved the company’s unique value and superior product performance in an environment where lighting is often a critical factor in defining fast instrument throughput, high signal-to-noise ratios and high resolution imaging.
About Lumencor, Inc.
Lumencor is leading the life sciences with light engines for bioanalysis. The company has developed innovative, powerful, pure, stable, durable and cost-effective lighting solutions designed for an array of instruments including fluorescence microscopes. Discrete outputs are available through the UV-Vis-nIR spectrum from a proprietary mix of independently controllable sources. Lumencor’s products provide more power than an arc lamp with the durability, stability, speed and flexibility of a solid-state solution. Lumencor products are available in OEM and off-the-shelf configurations.
For more information, please visit www.lumencor.com.
Contact:
Jacqueline Greenwood
503.455.4005
jacqueline.greenwood@lumencor.com
