This type of tiny lens uses 2 optical shafts which can establish a 3-dimensional view of the image seen upon. It is normally made use of in microsurgery, dissection, advancement of watches, among others. In addition, it is called dissecting tiny lens.
For people who study the structure of inorganic substances which domestic or business homes continually modify, this type if the tiny lens is particularly developed. Its special functions include a polarizing filter, turning stage, and plaster plate.
This tiny lens is the first to be developed. An optical tiny lens with one lens is called simple optical, while the optical tiny lens that makes use of 2 lenses is called compound optical. This type of tiny lens can broaden the size of an image if put in between the lower lens and source of light.
This ultimately exceptionally advanced tiny lens has greater capability to increase the size of images that can not be seen by the naked eye. It is usually found in laboratories where minute organisms are being studied. This tiny lens makes use of electron waves that run parallel to the electromagnetic field.
This type of tiny lens is established for the function of evaluating cells in liquid. It increases the size of an image by inverting, therefore its name.
This light and the practical tiny lens is developed with a single shaft. One end of the shaft has eye piece while at the other end, the adjustable objective lens is placed.