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Never really noticed it before, but this set of microscopes look a bit like an alien invasion force.
Today I've not even had my camera out of my bag, but I was impressed with the 3D images from our microscope that I was getting of a student's project of some structural cardboard that has been load tested.
I thought it would make for an unusual 365 photograph if nothing else.
BF300 laboratory inverted fluorescence microscope, designed for cell culture observation, to get details of cell growing process, internal spontaneous fluorescence phenomenon, living cell fluorescence transfection, protein transfer and etc.
New generation of infinity color corrected optical systems and professional plan semi-apochromatic fluorescence objectives, present you sharp and bright fluorescence image.
Professional fluorescence filter system, imported optical material and broadband multilayer coating, high transmissivity, mould proof, heat insulation and safety protection system, OSRAM brand mercury lam digital power-supply control.
Swallow tail slide switch easy to change filter cubes, three paths for fluorescence and one for bright field, four filter cubes can be mounted. OMEGA brand professional fluorescence filter cubes achieve excellent performance
Scientific research class cold CCD, high resolution, fast transmission. Intelligence Chinese fluorescence image processing software, meets any request of the most professional picture processing.
6V/30W transmission illuminator, various performances, bright-field, dark-filed, phase contrast, polarization observations.
Camera: Nikon D70
Exposure time: 1/60 s
Aperture: f/3.2
ISO: 200
Lens: Tokina AT-X 80-400mm, 1:4.5-5.6 D
Lens filter: Tiffen Haze-1 UV
Focal length in 35mm film: 157mm
I managed to take a picture of a feather under a microscope.
Just a reminder this is beyond macro :)
This is what it looks like when you bite a pomegranate kernel in half. If you have really strong teeth, that is. I couldn't do the job with a knife.
At left I have a white box to reflect and diffuse the lamps. Direct light tends to make too much shadow. The LED light that comes built into the USB microscope is not at all suited to seed photography so I turn it off. The white box and lamps are sold for photographing model crafts.
I built the microscope stage from scraps in my husband's furniture shop. That is his brass woodworker's marking gauge I use as the raising/lowering mechanism.
The USB microscope displays its images live on the computer screen as a "preview image". When you click the camera icon it saves the same image as seen in the preview. It is difficult to get enough depth of field and to focus precisely given the granular pixels.
Field ion microscope image of Platinum. Each tiny bright spot corresponds to a platinum atom. Image was taken from the sample cooled to liquid He temperature with imaging gas of He-Ne mixture.