Light microscopes

Light microscopes use visible light and a system of lenses to magnify a specimen, and remain the core tool of any laboratory, teaching facility, or quality control department. This range covers three configurations: upright microscopes for slides and prepared samples, inverted microscopes for live cell cultures observed from below, and stereo microscopes for low-magnification, three-dimensional viewing of bulk samples. Optika builds its light microscopes with IOS infinity-corrected optics and the exclusive X-LED illumination system, giving laboratories dependable, cost-effective instruments across every technique and configuration.

Optika B-292 binocular brightfield microscope
  • Type: Brightfield microscope
  • Magnification: 40x – 1000x
  • Optics: N-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Binocular, 30 degrees inclined, 360 degrees rotating

701,00 excl. VAT

  • Type: Brightfield microscope
  • Magnification: 40x – 1000x
  • Optics: IOS N-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Binocular, 30 degrees inclined, 360 degrees rotating

742,00 excl. VAT

  • Type: Brightfield microscope
  • Magnification: 40x – 1000x
  • Optics: N-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Trinocular, 30 degrees inclined, 360 degrees rotating

789,00 excl. VAT

  • Type: Brightfield microscope
  • Magnification: 40x – 1000x
  • Optics: IOS N-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Trinocular, 30 degrees inclined, 360 degrees rotating

843,00 excl. VAT

Optika B-290TB digital binocular brightfield microscope
  • Type: Digital brightfield microscope
  • Magnification: 40x – 1000x
  • Optics: N-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Binocular, 30 degrees inclined, 360 degrees rotating

1.574,00 excl. VAT

Optika B-292LD1.50 binocular LED fluorescence microscope
  • Type: LED fluorescence microscope
  • Magnification: 100x – 500x
  • Optics: IOS N-PLAN / W-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Binocular, 30 degrees inclined, 360 degrees rotating

1.500,00 excl. VAT

Optika B-292LD1 binocular LED fluorescence microscope
  • Type: LED fluorescence microscope
  • Magnification: 100x – 1000x
  • Optics: IOS N-PLAN / W-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Binocular, 30 degrees inclined, 360 degrees rotating

1.824,00 excl. VAT

Optika B-293LD1.50 trinocular LED fluorescence microscope
  • Type: LED fluorescence microscope
  • Magnification: 100x – 500x
  • Optics: IOS N-PLAN / W-PLAN
  • Illumination: 3.6 W X-LED3
  • Head: Trinocular, 30 degrees inclined, 360 degrees rotating

1.579,00 excl. VAT

Optika B-293LD1 trinocular LED fluorescence microscope
  • Type: Brightfield/LED fluorescence, trinocular
  • Magnification: 100x to 1000x
  • Optics: IOS N-PLAN / W-PLAN, infinity corrected
  • Illumination: X-LED3 transmitted, LED fluorescence 465 nm
  • Head: Trinocular, 30 degree inclined

1.903,00 excl. VAT

Optika B-382PL-ALC binocular brightfield microscope with Automatic Light Control
  • Type: Brightfield, binocular
  • Magnification: Up to 1000x
  • Optics: N-PLAN objectives
  • Illumination: X-LED3 with ALC
  • Head: Binocular, 30 degree inclined

1.070,00 excl. VAT

  • Type: Brightfield, trinocular
  • Magnification: Up to 1000x
  • Optics: N-PLAN objectives
  • Illumination: X-LED3
  • Head: Trinocular, 30 degree inclined

980,00 excl. VAT

Optika B-382PLi-ALC binocular brightfield microscope with Automatic Light Control
  • Type: Brightfield, binocular
  • Magnification: Up to 1000x
  • Optics: IOS N-PLAN, infinity corrected
  • Illumination: X-LED3 with ALC
  • Head: Binocular, 30 degree inclined

1.156,00 excl. VAT

Comparing Light Microscope Configurations

ConfigurationSample positionBest suited forTypical magnification
UprightOn a slide, viewed from aboveBlood smears, tissue sections, routine diagnostics40x-1000x
InvertedIn a culture vessel, viewed from belowLive cell cultures, cell biology research40x-600x
StereoOn a stage plate, viewed from above at low powerDissection, assembly inspection, bulk or irregular samples7.5x-135x

Three Configurations, One Optical Standard

Choosing a light microscope starts with the sample and the workflow around it. Upright microscopes hold the objectives above a slide-mounted specimen, the standard setup for blood smears, histology sections, and routine diagnostics. Inverted microscopes view the sample from below, so a live cell culture can stay in its flask or dish on the stage throughout observation. Stereo microscopes trade high magnification for a wide field of view and true three-dimensional depth, suited to dissection, assembly inspection, and handling bulk or irregular samples.

Optika: Quality Optics at a Fair Price

Optika positions itself as the accessible alternative to premium microscope brands. Across upright, inverted, and stereo ranges, Optika instruments share IOS infinity-corrected optics, the exclusive X-LED3 and X-LED8 illumination systems, and rackless mechanical stages, backed by a 10-year mechanical and optical warranty plus a lifetime warranty on the X-LED illumination source.

Six Techniques Across Configurations

Whichever configuration fits the workflow, most techniques are available in more than one: brightfield, darkfield, phase contrast, fluorescence, and metallurgical observation all exist in both upright and inverted form, while polarized light is available on the upright platform. This lets laboratories match the technique to the sample without switching optical or illumination standards.

Who Uses Optika Light Microscopes

Laboratories choose this range for routine diagnostics, university and school teaching labs, quality control in materials and manufacturing, cell culture and life science research, and any workflow that needs dependable optics without a premium research microscope budget.

Related Microscope Categories

If you already know which configuration suits your sample, go directly to upright microscopes for slide-mounted samples viewed from above, inverted microscopes for live cell cultures viewed from below, or stereo microscopes for low-magnification, three-dimensional inspection of bulk samples.

FAQ - Light microscopes

What is a light microscope?
A light microscope uses visible light passed through a system of lenses to magnify a specimen. It is the standard microscope type for laboratory, educational, and quality control use, as opposed to electron or scanning probe microscopes.
Should I choose an upright, inverted, or stereo microscope?
Choose upright for slide-mounted samples like blood smears or tissue sections, inverted if you need to observe live cell cultures in their flask or dish, and stereo if you need low-magnification, three-dimensional viewing of a bulk or irregular sample.
What techniques are available across the range?
Brightfield, darkfield, phase contrast, fluorescence, and metallurgical observation are available on both upright and inverted platforms, and polarized light is available on the upright platform.
Does Optika offer the same warranty across all configurations?
Yes, Optika backs its upright, inverted, and stereo microscopes with a 10-year mechanical and optical warranty and a lifetime warranty on the X-LED illumination source.
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