Microscopes
A microscope is an optical instrument used to magnify and observe small objects that are not visible to the naked eye. Microscopes are widely used in scientific research, medical diagnostics, and in educational settings.
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Fluorescence Microscopes
Steoreo-Fluorescence Microscopes
Steoreo Microscopes
Biological Microscopes
Polarizing Microscopes
Metallurgical Microscope
Part No. | Eyepiece | Objective Lens | Fluorescence Illumination System |
F31 | Wide Field 10X/22 | Trinocular tube, | LED fluorescence module with light barrier |
F43-N | Wide Field 10X/25 | UPLFLN 4X/0.13; WD: 17.15mm | Broad-spectrum high power LED light source (mercury lamp is optional) |
F52-N | Wide Field 10X/22 | PLL4X/0.12 WD:10.8mm | An LED cold light source, brightness continuously adjustable |
F53-N | Wide Field 10X/23 | Semi Plan Fluor Plan achromat Infinite long working distance plan achromat phase-contrast Plan10X/0.25 PH; WD:4.1mm | Broad-spectrum high power LED light source G-100 5 cubes fluorescence module: 6 cubes fluorescence module: |
Part No. | ZX81 |
Eyepiece | Wide Field 10X/22 |
Head | Lead-free tube, 30° inclination, light path: eyepiece 100%/photography 100% |
Objective | 1Xplan achromat objective, WD:90mm (2X is optional) |
Epi-illumination LED fluorescent | Excitation Cube Excitation Wavelength |
Zoom radio | Zoom radio: 7:1 (0.8x ~ 5.6x) |
Magnification | 8-56X |
Base | SZ2-ST standard base |
Dust cover | Specific dust cover |
Part No. | Eyepiece | Objective |
Z62 | Wide Field 10X/22mm high eye-point, large field of view, both eyepiece diopter adjusting range ±5° | Pupil distance adjusting range: 54~75mm |
Z101 | Wide Field 10X/22mm | Continuously zoom adjustable |
Part No. | Eyepiece | Objective | Focus |
L11-II | Wide Field 10X/18 | Achromatic 4X/0.10, WD: 37.5mm | 155mm x 142mm double-layer mechanical, moving range 76mm x 50mm, accuracy 0.1mm |
L31 | Wide Field 10X/22 | Infinity plan achromatic 4X/0.1 WD=21.5mm | Coaxial coarse and fine adjustment with limit stopper and lock device, stage height movement 24mm (coarse movement stroke), Stroke per rotation: 40mm, Microstroke per rotation: 0.2mm |
L41 | Wide Field 10X/25 | High-contrast Achromatic Plan 4X/0.1, WD 11.6mm | The coaxial coarse and fine focus, focusing range 25mm, fine-scale value 0.002mm |
L51 | Wide Field 10X/22 | UPLFLN 4X/0.13 WD:17.15mm | Coaxial coarse and fine, scale value 1μm, focusing moving range 35mm |
I52-N | Wide Field SWF10X/22 | Bright field: | Coaxial coarse/fine focus with tension adjustable and up stop, minimum division of fine focusing is 2μm |
Part No. | P41 |
Observation tube | Trinocular, inclined 30°, 100% light pass for photography cable |
Eyepiece | Wide Field WF10X(Ø22mm) |
Objective | Strain-free plan achromatic objective (no cover glass) |
Reflective illuminating system | 6V30W halogen, brightness adjustable |
Nosepiece | Quadruple (center adjustable) |
Intermediate attachments | Pull type Bertrand lens and center adjustable |
Compensator | λ, λ/4 and quarts wedge compensator |
Focus system | Coaxial coarse/fine focus system, with tension adjustable and limit stopper |
Transmitted illuminating system | 6V30W halogen, brightness adjustable, lamp center adjustable |
Camera adapter | 1X C-mount adapter |
Part No. | Eyepiece | Objective | Epi-Illumination System |
J31 | Wide Field 10X/22 | Long working distance plan objective L Plan5X/0.15 WD:23.6mm | Kohler illumination with filters including green, blue, yellow and gross glass |
J33 | Wide Field 10X/22 | Infinity plan achromatic bright or dark field long work distance (no cover glass) | 12V 50W halogen lamp, brightness adjustable |
FAQ
A microscope is an instrument used to view objects that are too small to be seen with the naked eye. Microscopes use a combination of lenses and illumination to magnify and resolve fine details of a specimen, allowing the observer to see structures and features that would otherwise be invisible.
There are many different types of microscopes, some microscopes use visible light, while others use electrons or other types of radiation to create images of the specimen.
Microscopes are widely used in scientific research, medicine, manufacturing, and education. They are essential tools for exploring the microscopic world and advancing our understanding of biology, chemistry, physics, and many other fields of science.
Here are the basic steps to use a microscope:
Turn on the light source: If your microscope has an illumination system, turn it on and adjust the brightness as needed.
Place the specimen on the stage: Carefully place the specimen to be viewed on the microscope stage. If the specimen is a slide, center it on the stage and secure it with the stage clips.
Select the lowest magnification objective lens: Rotate the nosepiece to select the lowest magnification objective lens.
Adjust the focus: Look through the eyepiece and use the coarse focus knob to move the objective lens downward until it is very close to the specimen. Then, use the coarse focus knob to move the objective lens upward while looking through the eyepiece until the specimen comes into focus.
Adjust the magnification: Rotate the nosepiece to select a higher magnification objective lens if desired. Refocus the specimen using the coarse and fine focus knobs as necessary.
Move the specimen: Use the mechanical stage controls to move the specimen to different areas of the slide as needed.
Adjust the lighting: If the illumination system has adjustable controls, adjust them as needed to optimize the lighting of the specimen.
Record your observations: Record your observations and any measurements you take while examining the specimen.
Turn off the microscope: When you are finished, turn off the illumination system and rotate the objective lens to the lowest magnification. Clean the lenses and put the microscope away.
Note: The exact steps and controls may vary depending on the type and model of microscope you are using. Always refer to the user manual for specific instructions.