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Microscope Levenhuk

I’m now the proud owner of a vintage 1960s Nikon L-Ke microscope with a trinocular head (meaning a camera can be attached without having to remove the binocular eyepieces) along with a selection of good quality Nikon objective lenses. Although a vintage model and almost as old as I am, the Nikon L-Ke that I bought is in excellent condition, is superbly built and I imagine works as well as the day it was made. Finished in black enamel that withstands the test of time and shines as new. The bodywork is excellent and the mechanical stage is in perfect condition. All original with Kohler illumination, phase contrast condenser and coaxial fine and course focus controls. Complete with the lamp assembly, working bulb and transformer which in themselves are rare items these days. It also has very attractive 1960s styling, which provides a nice contrast to my Canon 5D and 7D EOS cameras that I can connect directly to it.

purple landscape of stained Escherichia coli

Micro-organismes prélevés dans les étangs de Bassiès (09) - (Identifications sous réserve.)

Les thécamibiens ou amibes testacées ou amibes à thèques forment un groupe polyphylétique d'amibes caractérisées par la présence d'une sorte de « coquille » que l'on nomme une « thèque »

Close up of a surface mount Capacitor

Photographs taken on a canon DSLR through a microscope.

Dandelion stamen, 20/0.45, FLUO-C6.1, ZPMax, Topaz Denoise

Pentax screw-mount microscope adapter on Watson Microsystem 70 microscope.

OLYMPUS DIGITAL CAMERA

Pen on microscope; 29cm height

Photo credit: Jessica Caton Diefenbach

Photographs taken on a canon DSLR through a microscope.

I found out I could put the camera up to the eyepiece of the microscope at school and take halfway decent pictures.

Histology lecture

 

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Pentax screw-mount microscope adapter

I've never seen such a hot orange exhibited in rocks before. I discussed these with my lab TA and we decided they could be basalt, the iron content having oxidized during weathering. If only I had the tools, I could break open these microscopic grains of sand and know the truth!

Digital microscope Images taken at The Leonardo, Salt Lake City, Utah.

2nd Place 2010 Olympus BioScapes Digital Imaging Competition: Rat hippocampus. Widefield multiphoton fluorescence image stained to reveal the distribution of glia, neurofilaments and cell nuclei. (Thomas Deerinck, National Center for Microscopy and Imaging Research)

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