Introduction
Inverted metallurgical microscope is a tabletop inverted microscopes with infinity plan achromatic objectives. Features superior coaxial coarse and fine focusing adjustment. Fcolor filters with a brightness adjustable halogen lamp. Digital cameras can be added to the trinocular tube to take images and make image analysis.
Applications
Used in institutes and laboratories to observe and identify the structure of various metal and alloy, in electronics, chemical and instrumentation industry, to observe the opaque material and transparent material.
Specifications
| Viewing head | Trinocular head |
| Viewing head inclination degree | Inclined at 30° |
| Interpupillary distance | 48 mm ~ 75 mm |
| Eyepiece | High-point, extra wide field eyepiece EW10×/ 20mm |
| Infinite plan achromatic objective | 4X/ 0.1/∞/- WD 17.3 mm 10X/0.25/∞/- WD 10.0 mm 20X/0.40/∞/0 WD 5.8 mm 40X/0.65/∞/0 WD 0.52 mm |
| Nosepiece | Quintuple nosepiece |
| Stage | Plain stage with slide clips |
| Focus | Coarse stroke 37.7 mm per rotation Fine stroke 0.2 mm per rotation Fine Division 0.002 mm Moving range up to 8 mm, down 3 mm |
| Kohler Illumination | Halogen lamp 6V/ 30W, Kohler illumination |
| Filter | Blue, Yellow, Green and Frosted filters |
| Polarization Set | Polarizer and Analyzer |
Features
Vertical objective movement for focusing
Infinity plan achromatic objectives
Infinite optical system provides excellent optical functions
Stable stand structure and comfortable operation
Blue filters for cooler and more neutral color of image
Green filters correct spherical achromatic aberrations
Ground glass filters for more even and diffused light
FAQ
Q1: What is the magnification range of this microscope?
A1: The magnification range is 40× to 800× (e.g., 40× to 1000× for biological microscopes), with replaceable objectives for different observation needs.
Q2: Does it support digital imaging?
A2: No, but supports optional digital camera installation - Some models are equipped with a digital camera interface, which can be connected to a computer for image capture and analysis.
Q3: How to adjust the focus for clear observation?
A3: It has coarse and fine adjustment knobs. First use the coarse adjustment to find the sample, then use the fine adjustment to get a clear image.
Q4: What type of light source does it use?
A4: It adopts a LED light source, which has long service life (up to 50000 hours) and stable brightness, without frequent bulb replacement.
Q5: Is the microscope easy to maintain?
A5: Regular maintenance only requires wiping the lenses with lens paper and keeping the stage clean. Avoid touching the lens surface with fingers.
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