M-SIM6000 adopts an independent structured light cut module, which can realize 240nm optical resolution in XY direction and 600nm optical resolution in Z direction, effectively removing stray light outside the focal plane and realizing high definition 3D image construction.

M-SIM6000 structured light-cutting microscope is equipped with a fully motorized micro-imaging platform, supporting double-layer independent fluorescence light paths and independent optical imaging and optical control, making repetitive experimental operations easier and more objective.

With (4X-100X) and other sets of objective lenses to choose from, high numerical aperture, long working distance, suitable for different scientific research needs.

● Image Acquisition: Five-dimensional collection (x, y, z, λ, t) with automated control.

● Image Processing: 3D reconstruction, colocalization, brightness/contrast adjustment, thresholding, background removal, and dynamic image generation.

● Image Analysis: Distance, perimeter, area, circularity, grayscale analysis, cell/particle counting, and protein tracking.

M-SIM6000 structured light-cutting microscope can easily acquire high-resolution fluorescence images to help researchers obtain finer microstructure of samples, which can be widely used in the fields of cell biology, material science, pharmacy, hematology, medical immunology and so on.