How to calculate the production cost of fiber inspection microscopes by 005% - Master the basic principles of fibers.

Plant fibers have the ability to observe their tiny structures under a transmission light microscope. Throughout history, there have been many textiles in industry, including cosmetics, chemical equipment, instruments and meters, which are all very important. The fibers are very fine and can only be seen under a microscope. In addition to veterinary or technological bulk fibers, the properties of fibers are ideal, but if you want to test the properties of fibers, you also need to test the properties of fibers under a microscope. Fiber is a very important type, but it does not display the color of the fiber, but requires specific properties of light. Therefore, observing different fibers under a microscope requires the use of different light sources, such as reflective or fluorescent light sources. Dier must not be stretched with fibers, otherwise it will also affect the characteristics of the fibers. After replacement or testing and comparison for a period of time, the ultraviolet visible light will light up

What is horizontal length measurement? What is the measurement of horizontal length? Horizontal length measurement is a simple example, but it is also necessary to obtain more accurate measurements, such as a small quantity of 19 mmm. Uncertain information measured horizontally, such as printed characters. This is because many measurements can be made at the micro level, but the actual high magnification during scanning is different. Rotate the collimator in a flat state, even if it is stable but 120 meters across the length. During actual scanning, high magnification horizontally and upwards cannot be achieved, which can only result in limited resolution. The measurement in the longitudinal direction also depends on the measurement accuracy of the scanner, as the measurement in the longitudinal direction cannot measure height. Measuring horizontally in the long direction may result in small errors, but only when used horizontally in length

Measurements in the longitudinal direction are different, and their abilities are limited. Even using a series of principles to obtain different surface morphology information will appear more objective. Compared to material manufacturers, everyone hopes to achieve higher resolution and better surface information through multiple applications. However, this can only lead to simple and more effective rear lamp acceptance.

The non-contact roughness with polarity, which can produce a fully focused original surface condition, is a product of the technological shortcuts of different countries in the 1920s (2014).

Z-axis, precise linear motion servo, and stable mechanical drive; The main function of the Z-axis and non-contact roughness measuring instrument is to accurately measure the surface features to be measured;

By using the contact roughness measurement method, a roughness measurement scheme for surface shape can be provided under different loading platforms, for the calibration of instrument calibration coordinate points and the establishment of surface feature instrument calibration services.

Measurement of roughness parameters such as pore surface area, pore density, pore displacement, pore surface tension, mesoporous ratio, and surface profile.

Interferometer, also known as surface tester, surface roughness analyzer, universal tool microscope, digital surface analyzer, digital hole (convex hole name), surface profiler, probe type surface analyzer, laser particle size analyzer, tool microscope, reading microscope, etc.