How to ensure the optimal imaging quality of the Monocular Microscope's optical system?

Ensuring the optimal imaging quality of the Monocular Microscope's optical system is one of the most critical aspects of our manufacturer's design and production process. The imaging quality of the optical system directly determines the observation effect and accuracy of the microscope.
We carefully select high-quality optical components such as objective lenses, eyepieces, and prisms. These components are all from internationally renowned optical glass manufacturers, with excellent transparency, refractive index, and uniformity, which can reduce light scattering and distortion, ensuring the clarity and accuracy of imaging.
Secondly, we use precise machining and assembly techniques to finely grind, polish, and coat optical components. These processes can eliminate small defects and scratches on the surface of components, improve the transmittance and reflectivity of light, and further enhance the imaging quality. At the same time, we also ensure that the relative position and angle between each component meet the design requirements through strict assembly processes and testing methods, avoiding imaging distortion and errors.
We also pay attention to the mechanical stability and seismic performance of microscopes. By optimizing the structural design of the microscope and using high-quality mechanical components, we can reduce the impact of external vibrations and shocks on the optical system, while maintaining the stability and reliability of imaging.