Optical Digital Microscope - Grasp the big picture and control the details!
As the infrastructure construction in various countries is in full swing, large-scale facilities such as buildings, subways, high-speed rails, and airports have sprung up. And behind this, the quality control of the engineers is unknown to us. Such as important quality inspection, engineering personnel observe the metal section through optical digital microscope to ensure the quality of construction. Since the shape of the fracture surface is very complex, precise and clear observation must be performed. Therefore, the imported brand Olympus optical digital microscope has become the best choice to complete such high-demand testing.
Observing cross-sections over a wide range
Because of the particularity of metal section analysis, global observation in a wide range is essential. Because the ordinary microscope does not have the ability of super depth of field, it can only observe a small area and then superimpose the images. The defects of this method are obvious. If the microscope performance is not strong, the observation results will be seriously affected.
Optical digital microscope low magnification objective lens combines large depth of field with high resolution to provide clear images. In addition, if a greater depth of field is required, the "Depth Of Focus" button on the console can be pressed to display a clearer image with a wider range, allowing the user to grasp the overall situation of the section.
Do not lose viewing position during analysis
The features and volume shapes of the sections look very similar, so it is easy to get lost during the analysis. The macro map function of the optical digital microscope system can display the observation position, helping the engineer to better understand its observation position on the sample. Even if the work is interrupted, you can quickly find the location where you are observing.
Can quickly find abnormal points on the section
The low magnification objective lens of the optical digital microscope combines a large depth of field with high resolution to provide clear local images. The blurred position on this image is the abnormal point that needs to be observed.
Ability to quickly analyze outliers
Usually after an anomaly is detected, the engineer needs to inspect it under high magnification, and the engineer needs to change the objective lens with higher resolution. Compared with ordinary microscopes, the quick-change objective lens function of optical digital microscopes enables engineers to quickly slide out low-magnification lenses and replace them with high-magnification lenses. This operation will not lose the observation position on the sample, and then quickly obtain the observation image and data of the abnormal point. The working distance of the lens of the optical digital microscope is very high, which can avoid the collision with the sample due to the short working distance and avoid potential sample damage.
