Inverted Fluroscence Microscope LZ-IFM-B100(Motorized) is an advanced Infinite Plan EPI-fluorescent microscope, offers standard Internal magnification range of 1X and 1.5X. Incorporated with Infinite Plan semi-APO phase contrast Objectives,Epi-fluorescence attachment with 5W LED lamp and B,G,UV fluorescent filters , this microscope delivers excellent fluorescent image with high resolution. Equipped with 5W LED Transmitted illumination source and motorized auto focusing mechanism.
Optical system | NIS60 Infinite Optical System |
Viewing Head | Trinocular Head with Bertrand lens, inclined at 45o Interpupillary 47- 78 mm, 3 position beam spilt ratio: 50/50, 100/0, 0/100 |
Eyepiece | SW10X/25 mm, φ30mm |
Phase Contrast Objective | Infinite plan semi-APO, 10x, 20x,40x; NA= 0.3,0.45,0.60; WD= 8.1 mm, 7.5-8.8mm, 3-4.4 mm; Cover glass=1.2 mm, 0-2mm, 0-2mm |
Stage | Motorized 3 layer mechanical stage, stage dimension: 340x230 mm, movement range 130(X) x 100(Y) mm, Flexible Knob, Different small sizes stages could be attached to main stage |
Nosepiece | Motorized 6-hole nosepiece with DIC slot |
Condenser | Motorized Long Working distance condenser, NA0.55, WD=26 mm, with 6 position plate |
Transmitted Illumination | 5W LED Illumination (service life of minimum 50,000 hours) |
Focusing | Motorized auto focusing mechanism, Independent operation of left and right hand wheels, 3-speed adjustment, focusing range 9mm, repeat positioning accuracy: 0.1 µm, motorized escape and recovery mechanism |
Internal Magnification | 1x, 1.5x |
Side Video Port | Switchable by turning plate, 3 models: left side port/eyepiece= 50/50; Right side port/ eyepiece= 20/80; left and right-side port/ eyepiece=0/100 |
C-mount Adapter | 1x C- Mount adapter, 1 pc |
EPI Fluorescent Attachment Kits | Epi- Fluorescence attachment with 5 W LED lamp, B,G,UV Fluorescent filters ( input voltage: 100V-240V), field diaphragm, center adjustable |
Dark Field
Polarizing kit
DIC
Inverted fluorescence microscope is used for fluorescence imaging of cell lines, tissue culture materials, and biological samples, and to visually enhance 3-D features at small scales across biology, medicine, immunology, oncology, genetics, histopathology, materials science etc.
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