Optical Biological Inverted Fluorescence Microscope Used in Science Research

China Optical Biological Inverted Fluorescence Microscope Used in Science Research, Find details about China Inverted Fluorescence Microscope, Optical Biological Microscope from Optical Biological Inverted Fluorescence Microscope Used in Science Research

Model NO.
LFIM-500
Shape
Single-lens
Usage
Teaching, Research
Principle
Optics
Principle of Optics
Polarizing Microscope
Product Name
Fluorescece Microscope
Eyepiece
Wf10X/22mm
Lwd Infinity Plan Objectives
4X, 10X, 20X, 40X
Lwd Infinity Plan Phase Contrast Objecti
4X, 10X, 20X, 40X
Amplification Range
40X~600X
Nosepiece
Quintuple
Filter
Blue, Green, Grey, Amber
C-Mount
1X/0.75X/0.5X
Illumination
LED, Halogen Lamp
Product Usage
Scientific Study
Function
Biology Study
Applicable Popluation
Student or Researchers
Applicable Location
Lab or School
Camera
Digital Camera
Objective Type
Optional
Trademark
LABOAO
Transport Package
Plywood Case Package
Specification
660mmx590mmx325mm
Origin
China
HS Code
8486402900
Model NO.
LFIM-500
Shape
Single-lens
Usage
Teaching, Research
Principle
Optics
Principle of Optics
Polarizing Microscope
Product Name
Fluorescece Microscope
Eyepiece
Wf10X/22mm
Lwd Infinity Plan Objectives
4X, 10X, 20X, 40X
Lwd Infinity Plan Phase Contrast Objecti
4X, 10X, 20X, 40X
Amplification Range
40X~600X
Nosepiece
Quintuple
Filter
Blue, Green, Grey, Amber
C-Mount
1X/0.75X/0.5X
Illumination
LED, Halogen Lamp
Product Usage
Scientific Study
Function
Biology Study
Applicable Popluation
Student or Researchers
Applicable Location
Lab or School
Camera
Digital Camera
Objective Type
Optional
Trademark
LABOAO
Transport Package
Plywood Case Package
Specification
660mmx590mmx325mm
Origin
China
HS Code
8486402900
Optical Biological Inverted Fluorescence Microscope Used in Science Research

Optical Biological Inverted Fluorescence Microscope Used in Science Research

Fluorescence microscope: Fluorescence microscope uses ultraviolet light as the light source to illuminate the object under test to make it fluoresce, and then observe the shape and location of the object under the microscope.

Fluorescence microscopes are used to study the absorption, transportation, and distribution and positioning of substances in cells. Some substances in cells, such as chlorophyll, can fluoresce when irradiated with ultraviolet light; while other substances cannot fluoresce by themselves, if they are stained with fluorescent dyes or fluorescent antibodies, they can also fluoresce with ultraviolet light irradiation. One of the tools for conducting qualitative and quantitative research on such substances.



Feature

1 Brand-new development for life science research
2 Both light ports for digital camera and SLR photography, available for observing with digital camera and SLR photography at the same time
3 IOS Infinity optical system, perfect for cell observation and culture
4 Power off upon user leaving 10 minutes, and power on upon user approaching.     convenient to observe the image of the SLR camera.
5 12V/50W Kohler illumination makes the field more even and brighter.              
6 4-hole rotating disc phase contrast condenser for standard to change

Optical Biological Inverted Fluorescence Microscope Used in Science Research
Optical Biological Inverted Fluorescence Microscope Used in Science Research
Optical Biological Inverted Fluorescence Microscope Used in Science Research
Optical Biological Inverted Fluorescence Microscope Used in Science Research











Specification

 
ItemSpecificationOutfits
EyepieceWF10X/22mm (adjustable)Y
Centering telescopeY
LWD Infinity Plan ObjectivesLPL 4X/0.11W.D.=12.1mmY
LPL 10X/0.25W.D.=8.3mmO
LPL 20X/0.40W.D.=7.2mmO
LPL 40X/0.60W.D.=3.4mmO
LWD Infinity Plan Phase Contrast ObjectivesLPL Ph P  4×/0.10W.D.=9.2mmO
LPL Ph P 10×/0.25W.D.=8.3mmY
LPL Ph P 20×/0.40W.D.=7.2mmY
LPL Ph P 40×/0.60W.D.=3.4mmY
Annular Spot 10×/20×/ 40×Y
O
Seidentopf Trinocular HeadInclined 45°, interpupilary distance: 48-76mm
Light distribution (both): 100: 0 (100% for eyepiece)
80:20 (80% for trinocular head, and 20% for eyepiece)
Y
Adaptor for Digital Photography100% light for Photography Port
(Adaptor for CANON or NIKON SLR Digital Photography Camera)
Y
NosepieceQuintupleY
Mechanical StageStage size: X×Y 210×241mm, Round slide size:φ110mm,
Attached mechanical stage(available for 96 holes plate, moving range X×Y:128×80mm.)
Y
Culture Dish Holder65mmO
54mmY
35mmO
blood cell counterO
Condenser4-hole rotating disc phase contrast condenser
N.A.0.4,W.D.45mm,It can be up-down adjusting
Y
Koehler Illumination12V/50W Halogen, input voltage:100V~240VY
5WLED,input voltage:100V~240VO
Auto power on-off systemPower off automatically upon user leaving 10 minutes, power on automatically upon user approachingY
FilterBlueY
Green,Y
Amber / GreyO
C-mount1 X /0.5X /0.75X C-Mount (focus adjustable)O
Epi fluorescence IlluminationEpi fluorescence media unit , field diaphragm,center adjustable.O
100W mercury lamp ,5WLED(input voltage:100V~240V)O
B, G, V, UV fluorescence filters can be chosenO
Note: "Y"In Table Is Standard outfits, "O" Is Optional Accessories.
Packing Size: 660mm×590mm×325mm     Gross Weight: 18 kgs     Net Weight: 13.5 kgs




Optical Biological Inverted Fluorescence Microscope Used in Science Research
Optical Biological Inverted Fluorescence Microscope Used in Science Research
Optical Biological Inverted Fluorescence Microscope Used in Science Research
Optical Biological Inverted Fluorescence Microscope Used in Science Research