The Lambda 721 is a new concept for combining up to 7 separate LED cubes with different spectra into a single common output beam. The LED cubes contain the LED, collimating optics, and a filter. These LED cubes are easily exchanged and installed with no tools required. Each LED cube is collimated before entering the optical path through the bandpass filter.
The Lambda 10-2 is a microprocessor-controlled, high-speed filter wheel. Its impressive speed coupled with exceptionally smooth operation make the Lambda 10-2 ideal for research applications involving fluorescence microscopy, ratio imaging, spectrophotometry, visual physiology, or any application requiring rapid and accurate aperture positioning.
The Lambda 10-B is a high performance, microprocessor-controlled filter wheel for imaging applications requiring a single filter wheel. The Lambda 10-B uses recent advances in motor technology to achieve switching times of 40 msec between adjacent filters. It is a low-cost alternative to the Lambda 10-2 and ideal for imaging applications requiring only a single filter wheel.
The Lambda 10-3 is a high performance, microprocessor-controlled multi-filter wheel system for imaging applications requiring up to three filter wheels. It uses recent advances in motor technology to achieve switching times of 40 msec between adjacent filters.
The SmartShutter® sets a new standard for shutter performance and reliability. It is designed with only one moving part, which virtually eliminates the effects of wear and markedly improves performance. The improved design uses heat resistant material that performs well under very high temperature conditions, extending the life of the shutter.
The Lambda LS is a stand-alone illuminator consisting of a xenon-arc lamp, lamp housing, cold mirror and power supply in a single enclosure. The Lambda LS is designed to be used with a liquid light guide which transmits remarkably flat, intense, illumination to the optical train of the user’s microscope or other instrumentation.