A stereo microscope consists of a shared primary objective lens. The two light beams that image the object are separated by two sets of intermediate objective lenses, also called zoom lenses, and form a certain angle called the stereoscopic viewing angle, which is generally 12°--15°. The respective eyepieces image each other, and its magnification change is obtained by changing the distance between the intermediate lens groups. Using a dual-channel optical path, the left and right light beams in the binocular tube are not parallel, but have a certain included angle. Provides a three-dimensional image. It is essentially two single-tube microscopes placed side by side. The optical axes of the two tubes constitute the angle of view formed when people observe an object with binoculars, thereby forming a stereoscopic visual image in a three-dimensional space.
SMZ-161
Characteristics of stereo microscopes: large field of view diameter and large depth of focus make it easy to observe all aspects of the object being inspected; although the magnification is not as good as that of a conventional microscope, its working distance is very long; it is upright and easy to operate, and is used in industrial production and It has been widely used in scientific research. EOC SMZ-161 binocular stereo microscope adopts Greenough optical system to achieve a wide range of zoom ratios and clear observation images. The colors are lifelike, the three-dimensional effect is strong, and the field of view is wide. ZOOM1:6 offers excellent performance-price ratio; continuously variable magnification, ultra-long working distance, ultra-large resolution, and excellent overall performance.
It is suitable for the observation, assembly and inspection of tiny parts and integrated circuits in the production lines of PCB, LCD and other industries, as well as mechanical finishing and detection of precision parts.
SM6
SM6 is a Greenough system that provides a variety of on-site inspections where safety and comfort are required. The highly efficient Greenough optical system gives you superior flatness and superior depth of focus. Lens coatings and materials are carefully selected to provide the best results, minimizing distortion and chromatic aberration. The compact microscope has a large base and can accommodate a variety of samples, providing you with an optimized inspection environment. Ergonomic design optimizes comfort during operation. The most widely used and widely accepted 6.7:1 scaling design provides a more efficient working environment. Higher working distances allow for better control of samples and sample quality. Carefully selected lens and coating materials can greatly improve operating efficiency and reduce eye fatigue. SM6's optimal viewing angle is ideal for a variety of environments, enabling high-intensity LEDs for easy operation, wider workspace and anti-static applications
SMZ-0745
This SMZ-0745 stereo microscope uses a continuously variable objective lens of 0.7X-4.5X (6.3:1), an optical magnification of 7-45X, and high-quality optical components coated with a special coating to create high-quality optical images. It forms a flat image surface and an excellent contrast erect image in a large field of view. The image quality in the peripheral field of view is brighter and clearer. The binocular diopter is adjustable and the optimal eye point height is achieved.
Stereo microscopes are mainly suitable for product appearance inspection in the SMT industry. Binocular/trinocular models are optional. The trinocular model can be connected to the industry for real-time imaging on the monitor, and expands functions such as photography and video recording, image analysis, and image measurement.
