As a professional brand ,Mikrosize Stereo microscope is a binocular microscope that produces a three-dimensional effect through binocular observation, making it suitable for direct sample observation and manipulation.
A stereo microscope, also known as a dissecting microscope.Its left and right light beams form a certain angle (usually 12° to 15°), and images are inverted through prisms, giving the observer a three-dimensional stereoscopic effect. Unlike ordinary microscopes, a stereo microscope does not require sample sectioning or special preparation; samples can be placed directly under the lens for observation. It produces upright images, facilitating manipulation and dissection.
Magnification: Usually below 200×, while high-end models can achieve a magnification range from 7× to 230×.
Long working distance: Large depth of field, facilitating operation and observation of the entire layer of the sample.
Large field diameter: Capable of observing a relatively large sample area, suitable for seamless switching from macroscopic to microscopic viewing.
Stereo Imaging: Natural three-dimensional perception is achieved through parallax angle and optical design, enabling precise manipulation.
Optical Performance: High-end models utilize apochromatic optical components to reduce chromatic aberration and blurring, delivering high resolution (up to 900 line pairs per millimeter, for example).
Ergonomic Design: Mikrosize stereo microscopes emphasize comfortable operation to minimize fatigue during prolonged use.
Application Fields
Mikrosize Stereo microscopes are widely used in life sciences, education, scientific research, industrial inspection, and dissection operations:
- Scientific Research and Biology: Observation of biological samples, dissection, fluorescence imaging, and research on multi-channel markers.
- Industry and Quality Inspection: Inspection and analysis of electronic components and tiny mechanical parts.
- Teaching and Experiments: Providing intuitive stereoscopic observation experience to help students understand structures.
