Stereo microscopes have the following main features:
Stereoscopic imaging: Stereo microscopes provide stereoscopic images through two independent optical paths, allowing the observer to feel the depth and three-dimensionality of the sample. This design enables stereo microscopes to provide an effect similar to the natural observation of the human eye when observing objects.
Magnification and resolution: The magnification of stereo microscopes generally ranges from 6.5X to 45X, and some high-end models can reach 225X. Although its magnification is not as good as that of optical microscopes such as biological microscopes, its resolution is sufficient to observe larger cells and some tissue structures.
Working distance and depth of focus: Stereo microscopes have a long working distance and are suitable for application scenarios that require a long working distance. Its large depth of focus makes it easy to observe the entire layer of the object being inspected.
Field of view diameter: The field of view diameter of a stereo microscope is large, which is suitable for observing larger samples or overall structures.
Application fields: Stereo microscopes are widely used in many fields, including zoology, botany, entomology, histology, mineralogy, archaeology, geology, dermatology, textile industry, electronics industry, materials science, etc.
Usage: Stereo microscopes usually do not require slicing of samples, and samples can be directly placed on the stage for observation. Commonly used lighting methods include reflected light illumination and transmitted light illumination.
