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Magnification: 40–1000x. Trinocular head, achromatic objectives, LED lighting with a collector, built-in polarizer and analyzer

Trinocular
The microscope head is a core element of the microscope that you look through to see a magnified sample
40 — 1000
How much the size of a sample increases when you observe it through a microscope
Laboratory/medical
Application and use of the microscope
Availability

Product ID 75427
Brand Levenhuk, Inc., USA
Warranty lifetime
EAN 5905555005324
Package size (LxWxH) 42x26x33 cm
Shipping Weight 5.36 kg
Description

The Levenhuk 500T POL Microscope allows you to conduct bright field research as well as use polarized light. Its capabilities can be used in medicine, biology, crystallography, criminology, metallography, and other scientific fields. This professional-level microscope features a reliable design and high-quality optics.

The microscope has a trinocular head: a binocular visual part is slightly inclined, while an ocular tube for installing a digital camera is located vertically. The head can be rotated 360°. The optical scheme consists of wide-field eyepieces with 10x magnification and achromatic objectives with 4x, 10x, 40x, and 100x magnification. The front lenses of the 40x and 100x objectives are equipped with protective spring-loaded frames. You can conduct research using the oil immersion method with the help of a 100x objective. Coarse and fine focusing are available.

The microscope uses a round rotating stage. Classic clips are used for fixing microscope slides on it. Under the stage, there is a condenser with an iris diaphragm and a filter holder. At the very bottom, there is a lighting unit consisting of a LED bulb with a collector. The light brightness is adjustable. In addition, the microscope features a built-in polarizer and analyzer.

The lighting is powered by an AC power supply.

Features:

  • Laboratory microscope with a built-in polarizer and analyzer
  • Trinocular head with 360° rotation
  • Wide-field achromatic optics with 40–1000x magnification
  • 3W LED lighting with a collector, brightness adjustment, and an AC power supply
  • Condenser with an iris diaphragm, with adjustable height

The kit includes:

  • Microscope with a polarizer and analyzer
  • 4x, 10x, 40xs, 100xs (oil) achromatic objectives
  • WF10x/18mm eyepieces (2 pcs)
  • Abbe condenser N.A. 1.25 with an iris diaphragm and a filter holder
  • Filters: blue, green, yellow
  • Calibration slide
  • Fuse
  • C-mount
  • Bottle of immersion oil
  • Power cord
  • Dust cover
  • User manual and lifetime warranty
Specifications
Product ID 75427
Brand Levenhuk, Inc., USA
Warranty lifetime
EAN 5905555005324
Package size (LxWxH) 42x26x33 cm
Shipping Weight 5.36 kg
Type biological, light/optical
Head trinocular
Optics material optical glass
Nozzle 360 ° rotatable
Head inclination angle 30 °
Magnification, x 40 — 1000
Eyepiece tube diameter, mm 23.2
Eyepieces WF10x/18mm (2 pcs.)
Objectives achromatic: 4x, 10x, 40xs, 100xs (oil immersion)
Revolving nosepiece for 4 objectives
Interpupillary distance, mm 48 — 75
Stage, mm Ø135
Stage features with clips, 360 ° rotatable
Eyepiece diopter adjustment, diopters ±5
Condenser Abbe condenser N.A. 1.25 with an iris diaphragm and filter holder, with adjustable height
Diaphragm iris
Focus coaxial, coarse (16mm) and fine (0.002mm)
Body metal
Illumination LED
Brightness adjustment
Power supply 110–220V
Light source type with a collector, 3W LED
Light filters blue, green, yellow
Additional a built-in polarizer and an analyzer
User level experienced users, professionals
Assembly and installation difficulty level complicated
Application laboratory/medical
Illumination location lower
Research method bright field
Pouch/case/bag in set dust cover
Reviews
Frequently Asked Questions – Microscopes (20.04.2020)
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Eye under a microscope: insects’ photo (20.04.2020)
Find out why studying eyes under a microscope is entertaining; how insects’ and arachnids’ eyes differ and what the best way is to observe such an interesting specimen
What does hair look like under a microscope? (17.05.2020)
Read this review to learn how to observe human hair, what different hair looks like under a microscope and what magnification is required for observations
How does the aperture of a microscope objective lens work? (17.05.2020)
Learn what a numerical aperture is and how to choose a suitable objective lens for your microscope here
A spider under a microscope: photos and peculiarities of studying the slide (18.05.2020)
Learn what a spider looks like under microscope, when the best time is to take photos of it, how to study it properly at magnification and more interesting facts about observing insects and arachnids
What does a microscope consist of? (18.05.2020)
This review for beginner explorers of the micro world introduces you to the optical, illuminating and mechanical parts of a microscope and their functions
Paramecium caudatum - your first friend from the microworld (21.11.2016)

Short article about Paramecium caudatum - a microorganism that is interesting to observe through any microscope

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