Microscope Illumination

 
Meiji Techno FL153 - Single Arm Fiber Optic Illuminator (110/115V)
  • Illumination Types: Fiber Optic Halogen
  • Lamp Life Min: 200 HR
  • Lamp Life Max: 1000 HR
  • Color Temperature: 3250 K
  • Light Guide: Single Pipe
  • Product Height: 9.00 IN

List Price: $1,070.00

Your Price: $1,010.56

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Meiji Techno FL-5000-US-SG - Single Arm LED Fiber Optic Illuminator
  • Illumination Types: Fiber Optic LED
  • Lamp Life Min: 40000 HR
  • Color Temperature: 5000 K
  • Light Guide: Single Pipe
  • Product Height: 9.00 IN
  • Product Length: 19.00 IN

List Price: $1,100.00

Your Price: $1,038.89

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Meiji Techno FT193 - Single Arm Fiber Optic Illuminator
  • Illumination Types: Fiber Optic Halogen
  • Color Temperature: 3200 K
  • Light Guide: Single Pipe
  • Product Height: 9.00 IN
  • Product Length: 19.00 IN
  • Product Width: 15.00 IN

List Price: $820.00

Your Price: $703.15

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Microscope Illumination

Microscope Illumination is a key decision and there are several sample lighting choices
  • Tungsten is common on very low end microscopes using standard incandescent light bulbs. These light bulbs emit more heat that may affect specimens and the light itself is yellowish.
  • Fluorescent and LED lighting produces a white light with less heat. Color rendition can vary compared to sunlight. LED lighting provides longer life just the same as for room lighting.
  • Halogen is the most expensive and preferred for best color rendition when high heat is not a problem.
  • Polarized Light Microscope involves illuminating the sample with polarized light. Polarized light can improve contrast with certain samples such as rocks and minerals. Polarizing has other applications. Polarized sunglasses, for example, reduce glare. Using polarized light, the origin, content and chemical makeup of many different organic and inorganic materials may possibly be discovered.


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