Used LEICA ASLMD #9266011 for sale

LEICA ASLMD is a high performance microscopy and imaging equipment that is highly regarded in its field. The system includes the ARt confocal laser scanning microscope (CLSM), the M205FA stereo microscope, the BM500 LED fluorescence microscope and the SR GSD inverted microscope. Each of these components allows for different forms of visualization of the specimens and provides impressive imaging capabilities. The ARt CLSM offers the ability to capture micro-structures as small as 200 nm, providing high-resolution three-dimensional imaging. It also has a unique autofocus unit that works quickly and accurately on both thick and thin samples. This microscope is capable of capturing both fluorescence and brightfield imaging, in addition to using a variety of filter wavelengths to precisely color samples. The M205FA stereo microscope is capable of producing an incredibly clear image due to the high numerical aperture objectives. It is equipped with an Olympus E-cell LED illumination machine, allowing it to perform darkfield, oblique, differential interference contrast (DIC) and fluorescence imaging. The M205FA is ideal for observing cell dynamics and live specimens, as it can observe them in real-time. The BM500 LED fluorescence microscope works best for viewing thick samples, and is capable of producing fluorescent images with considerably improved contrast. It includes LEICA intuitive ApoTome2, which eliminates sample blockers from the specimen, allowing users to view the highest quality images without interference. The SR GSD inverted microscope is designed for use with high refractive index fluids. It uses a coaxial dimmable LED illumination to give clear images with good contrast and low aberrations. With its delta-reducing objectives, it can achieve incredibly high magnifications with superb resolution. All four components of ASLMD offer an impressive range of capabilities, making them ideal for use in research. With the right configuration, this tool can acquire high quality images for a range of specimens, from small molecules to living cells to thick tissues. The asset's overall performance makes it an ideal choice for anyone in the fields of life and biomedical sciences.