Classification of special objectives for use with metallurgical microscopes
(1) Laser confocal microscope The image is recorded in the form of electrical signals, so a variety of analogue and digital electronic techniques can be used for image processing.
(2) The laser confocal microscope uses a confocal system that effectively eliminates the interference of light signals outside the focal point, improves the resolution, significantly improves the breadth and depth of the field of view, and makes it possible to make damage-free optical sections and achieve three-dimensional spatial positioning.
(3) As the laser confocal microscope can collect and record the detection signals at any time, it opens up a new way for life science to observe living cells.
Life science has opened up a new way to observe the structure of living cells and the biological changes of specific molecules and ions.(4) In addition to the imaging function, laser confocal microscope also has image processing function and cell biology function. The image processing function includes optical sectioning, three-dimensional image reconstruction, cell physical and biological determination, fluorescence quantification, localisation analysis and real-time quantitative determination of ions. Cell biology functions include sorting of adherent cells, laser cell fibre surgery and light trap technology, and fluorescence bleaching recovery technology.
