Microscopes help improve the quality of magnetron sputtering coating production lines

With the increasing development of magnetron sputtering coating technology, the importance of microscopes in research and production processes has gradually become more prominent. In order to improve the quality monitoring and detection efficiency of magnetron sputtering coating production lines, a newly launched high-performance microscope combines a number of advanced technologies to provide strong support for quality control and process research in the coating industry.

The microscope has a variety of high-precision functions. First of all, it is equipped with high-quality achromatic objective lenses, including 4X, 10X and 40X (with spring) objective lenses, which can provide a flexible field of view for different research needs. The excellent design of the objective lens effectively reduces color deviation, making it more suitable for observing tiny coating surfaces and ensuring that the uniformity and surface details of magnetron sputtering coatings are accurately restored.

The eyepiece of the microscope adopts a wide field of view of 10 times (WF10X) and 16 times (WF16X optional) design, combined with achromatic objective lenses, greatly improves the comfort and clarity of observation. In particular, the choice of 16x eyepieces makes operators more comfortable and reduces eye fatigue when observing samples for a long time. This design is particularly suitable for high-precision magnetron sputtering coating surface inspection.

In addition, the microscope adopts a monocular design, which is convenient for researchers to operate for a long time without feeling tired. In order to improve the user experience, the microscope is also equipped with a trinocular rotating objective lens turntable, which can quickly replace the objective lens according to different needs to obtain the required different magnifications. The four-hole turntable is also available as an option, making the operation more convenient and improving work efficiency.

The platform of the microscope is designed as a simple flat platform with a pair of clips to stabilize the positioning of the sample, prevent the sample from moving during observation, and improve the reliability of the experimental results. In order to meet more complex experimental needs, the microscope also provides a coaxial coarse and fine focusing system with an adjustment range of 20mm, which ensures the focusing accuracy at different magnifications and adapts to the observation requirements of different coating thicknesses.

In order to adapt to different working environments and research needs, the illumination system of this microscope adopts a rotating disc diaphragm, which can adjust the intensity and focus of the light as needed, providing a more uniform illumination effect, especially suitable for observing coating samples with special optical properties. In addition, the microscope provides an AC220V or 110V input voltage and a DC 6V output LED light source (optional). While ensuring a stable light source, it also has the advantages of low energy consumption and long life, providing reliable protection for long-term use.

With the continuous development of magnetron sputtering coating technology, more and more companies are beginning to pay attention to surface quality and coating uniformity. This microscope, with its superior imaging quality and high-precision focusing system, just meets the industry's demand for high-quality and precise detection. Whether it is real-time monitoring on the production line or in-depth research in the laboratory, this microscope can provide accurate data support for coating technology, helping to improve the quality and process optimization of coating products.