XSP-BM-2CBA trinocular biological microscope is widely used in biology, cytology, histology, chemistry and other research institutes, which can be used for three routine examinations in medicine and can be used for teaching in school laboratories.
This instrument uses an electric light source, the brightness can be continuously adjusted, and the hinged lens barrel is tilted at 30° and can rotate freely at 360 degrees.
Real-time video observation: A video biomicroscope can capture real-time video images of biological samples through a camera, enabling users to continuously observe dynamic processes in the sample.
Digital imaging: Equipped with a digital imaging system, by connecting to a computer or other digital equipment, the image can be digitized for easy recording, storage and sharing.
High-resolution: High-resolution cameras ensure that details of tiny structures such as cells and microorganisms are clearly visible in the video.
Video recording and playback: With the video recording function, users can record observed videos for subsequent analysis, teaching or display, and support playback functions.
Autofocus and Contrast Adjustment: Some models are equipped with autofocus and contrast adjustment functions to improve observation and reduce the burden on the user.
In scientific research laboratories, video biomicroscopes can be used to observe biological studies such as cells, tissue structure, cell division, etc.
It is used in the medical field to support medical diagnostic and research applications such as pathological examination and cytology analysis.
In schools, universities, and training institutions, video biomicroscopes are used in biology experiments and teaching to provide students with a more intuitive observation experience.
It is used for environmental monitoring, such as water quality testing, microbial observation, etc., to support the detection and analysis of microstructure.
In the industrial field, video biomicroscopy can be used to inspect tiny structures such as fiber inspection, material analysis, and more.
Eyepiece:
| category | Magnification | Field of view diameter |
| eyepiece | 10X | φ18mm |
| 16X | φ11mm |
Objective:
| category | Magnification | Numerical aperture | Working distance |
| objective | 3w | 0.10NA | 37.5mm |
| 10X | 0.25NA | 7.31mm | |
| 40X | 0.65NA | 0.63mm | |
| 100X (oil) | 1.25NA | 0.18mm |