▶ Laser Light
405nm/50mW, 488nm/50mW, 561nm/50mW, 640nm/40mW
▶ Confocal Scan Module
X/Y dual axis high speed optical scanning, resolution 4Kx4K, field of view 19mm, zoom scanning 1x-16x
▶ Probe Unit
Standard 3 MA PMTs, GaAsP PMT Optional
▶ Microscope
Inverted Fluorescent Microscope, full motorized, infinity plan SUPER APO objective 10x20x40x60x100x
Support single channel or multi-channel 2D Imaging (XY), 3D imaging (XYZ), 4D imaging (XYZT) and multi-site scanning. It is available for imaging, photobleaching and photo stimulation within a user-defined ROI, as well as Z- Stack imaging, jigsaw puzzles, scale correction, filtering processing, data recording, etc.
In general, common model organisms such as zebrafish, fruit flies, nematodes and Arabidopsis thaliana are characterized by large size, complex structure, and high density. With wide FOV and layer scanning,
A64.0960 is an ideal tool to get fine structure image and details at different depths
Pinhole design is based on the principle of light reversibility. The excitation light of the lamp and the emission light of the sample pass through the same pinhole, and they keep a 100% conjugate relationship.
It not only ensures the acquisition efficiency of fluorescence signal, but also improves the filtering of non-focal plane signal, for the higher detection sensitivity and better image resolution.
In the field of biomphotonics, the research heat of biological information and nanomaterials is increasing. In the study of photoelectric materials, A64.0960 can cooperate with the living cell environment monitoring module to observe the process of interaction between materials and cells for the fusion of new functional materials, inorganic nano hybrid materials and living cells.
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