What are the applications of laser confocal microscopy in the field of material production
In the field of material production, when it is necessary to analyze the roughness of metal materials/components, whether it is using an atomic force microscope or a step tester, there is no way to take into account the resolution, scanning area and scanning speed at the same time. The laser confocal microscope based on laser confocal microscopic measurement technology is equipped with a true-color camera and provides a restored 3D true-color image, showing details in every detail, and can provide colorful true-color images for easy observation. And it can meet the requirement of measurement speed while ensuring the resolution.
1. Non-contact scanning, easy to operate, and the sample can be scanned immediately.
Application: Gasket
Laser confocal microscope non-contact scanning measurement speed is hundreds of times faster than contact measurement. 3D structures in the sub-micron range can be measured with higher accuracy, and the performance of the entire panel surface seal can be measured in a short time, as well as various data points related to the surface composition.
2. It has the functions of contour size and roughness measurement to characterize the microscopic shape, and five analysis functions such as roughness analysis, geometric contour analysis, structure analysis, frequency analysis and function analysis.
Application: sheet metal
In addition to roughness evaluation criteria, confocal microscopy can also calculate and evaluate microvolumes of surface-enclosed regions, suitable for evaluating these important functional three-dimensional structures. Combined with the automatic measurement and batch measurement functions provided in the measurement, the batch measurement of small-sized precision devices and the function of directly obtaining analysis data can be realized.
Application: tribology, corrosion and other surface engineering
Volumetric measurements of wear scars, roughness measurements, surface topography, corrosion and surface topography after sub-micron surface engineering.
Application: Semiconductor / LCD
Various processes (development, etching, metallization, CVD, PVD,
3. With automatic stitching function, it can quickly realize the stitching and stitching measurement of large areas.
By sampling multiple areas on the surface of the sample for measurement, large-area, high-precision measurements can be quickly realized, thereby evaluating and analyzing the sample.
