The future of illumination: Exciting additions to range of LED light sources from Olympus

precisExcite
LED technology has proven to be an excellent alternative source of fluorescence illumination for microscopy and offers significant benefits over conventional lighting.The precisExcite represents the very latest in reflective fluorescence excitation for upright and inverted microscopes, with specially developed LED Array Modules (LAMs) as the source of illumination. The precisExcite illumination system features peltier cooling of the LAM modules. The cooling ensures highest excitation intensity, extreme stability over entire LAM lifetime with very little drop in intensity for repeatability of experiments even after years of LAM usage and completely stable illumination conditions in short- and long-time lapse experiments for best data fidelity. The precisExcite has now extended its flexibility with the introduction of four new LAMs to the portfolio of eleven mono LED array modules.

These include the unique 490 nm, which is important for the fluorescence detection of the most popular fluorophore FITC, as well as 535, 565 and 585 nm LAM wavelengths. These enable it to attain intensities not possible on other LED-based fluorescence excitation systems providing peerless fluorescence microscopy with excellent capabilities for all applications. Furthermore, the LAMs are easily interchangeable and permits up to three different wavelengths to be used at once. This enables the user to select wavelengths quickly and effortlessly, and also allows for a more convenient workflow, saving valuable time when compared to mechanical wavelength switches using filter turrets or filter wheels. In addition, for a more integrated system, the precisExcite can now be fully controlled via the Olympus cell^A to cell^P software programmes, extending its functionality further still.

FluoLED
The FluoLED series is a perfect entry-level fluorescence system for educational and routine use, available in three versions to match different user needs: the FluoLED EasyBlue provides a single wavelength (480 nm) for the most cost efficient solution; the FluoLED Single provides users with the capability to use one of seven interchangeable LED cassettes from 365 nm (UV) to 630 nm (red); and the FluoLED Multifluo enables up to three of the LED cassettes to be installed and controlled at once via a three channel elctronic driver. Each model is specifically designed to fit directly to Olympus CX microscopes, and enables transmitted fluorescence observations of transparent specimens, such as bacteria and thin sections, without removing the ability to perform brightfield illumination. Broadening this application area is the ability to power LEDs by battery or solar power, ensuring that fluorescence microscopy can be conducted ‘in field’ where samples are fresh. The addition of the new FluoLED Single for the Olympus BX41 microscope now extends the FluoLED product range to clinical applications as well.