Darkfield MIC-D Digital Image Gallery
Darkfield illumination transforms specimens into bright, highlighted structures superimposed on a very dark or black background. When the MIC-D digital microscope illuminator is positioned at highly oblique angles (over 25 degrees from the optical axis), semi-transparent specimens can be readily observed and captured with the accompanying interface software. This gallery demonstrates the darkfield imaging ability of the microscope on a wide variety of specimens.
- Acanthocephala
- American Beachgrass
- Ants (Formicidae)
- Aphids
- Aurelia
- Bacterial Capsules
- Bauxite Ore
- Butterfly Proboscis
- Canine Hookworm
- Chicken Embryos
- Cnidaria Fossil
- Dandelion Fruit
- Dead Leaf Butterfly
- Deer Tick Larvae
- Dogfish Shark Scales
- Fern Sori
- Foraminifera
- Frog Striated Muscle
- Fruit Fly
- Fucus Conceptacle
- Goniatitic Cephalopod
- Grantia Sponge
- Grasshopper
- Honeybee Stinger
- House Fly
- Human Flea
- Human Head Louse
- Human Tooth Root
- Insect Spiracles
- Jute
- Lamprey Larva
- Leeches
- Lycra Spandex
- Metridium
- Mixed Green Algae
- Mold Conidiophores
- Monarch Butterfly
- Morpho Butterfly Wing
- Mosquito Pupa
- Mucor Zygotes
- Parenchyma
- Pectinatella Bryozoans
- Pennaria Hydrozoa
- Pig Embryo
- Pig Tooth
- Pinworms
- Planaria
- Pleistocene Bone
- Radiolarians
- Sheep Ked Fly
- Shepherd's Purse
- Sodium Chloride
- Spider
- Tapeworm Scolex
- Termite
- Trematode Flukes
- Trichuris Whipworms
- Varroa Mite
- Volvox
- Zea (Corn) Kernel