Metal slit is a narrow and elongated slit with adjustable width. There are fixed slits, unilaterally adjustable asymmetric slits and bilaterally adjustable symmetrical slits. It is a common metal component in spectroscopic instruments. The function of the slit is to allow light to pass through the slit into the spectroscopic instrument according to the principle of spectroscopy of the dispersion component, and then conduct spectral analysis or other optical experiments. The width of the slit can be adjusted according to specific needs, and the minimum width can reach 10 microns, and customized services are supported to meet the needs of different application scenarios.
Metal slit is not only an important component in spectroscopic instruments, but also play a key role in the research of optics and spectroscopy. Its design and application involve knowledge and technology in multiple disciplines. For example, in detection equipment such as spectrometers, metal slits are used as components of optical experiments and other equipment. Their role is not only to allow light to pass through, but also to control and modulate light. In addition, the processing accuracy of metal slits is very high to ensure the quality of light and the accuracy of experiments. The research and application of metal slits also involve the principles and designs of dynamic subwavelength photonic devices in the terahertz band. It aims to study and design dynamic subwavelength photonic devices used in the terahertz band, which involves an in-depth study of the transmission and reflection characteristics of metal slits in specific bands.
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l Process: Etching+Laser cutting. l Metal Material: Stainless Steel 304, thickness=0.05mm. l Specification: Diameter=98mm. l Hole diameter=0.05mm, Slit Width=0.01mm. |
l Slit tolerance +/-0.002, General tolerance +/-0.02. l Burr free, no oil contamination, no deformation. l Good flatness. l Salt spray test 72 hour.
l Fully PVD blackened. |
l Infrared Thermometer Steel Micron Slit
l Optomachanical Device Choper Slit
l Spectrum Analyzer Gradient Slit
l Experiment Device Parallel Micro Slit
l Femtosecond Laser Cutting Nano Slit |
PVD Blackening Optical Slit |
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1. Steel micron slit used in infrared thermometer |
2. High precision double frequency optical slit choper leaf used in optomechanical device |
3. Blackening gradient slit used in spectrum analyzer |
4. Parallel micro slit used in light interference experiment device |
Research and Sience industry refers to those industries that focus on increasing the total amount of knowledge, discovering, exploring and explaining natural phenomena, deepening the understanding of nature, seeking its laws, and using this knowledge to create new applications. It is an industry that provides services in scientific research, technological innovation and application development. This industry includes scientific research institutions, universities, innovative enterprises, etc., and is committed to promoting the development of science and technology and promoting social progress. It mainly includes three types of activities: basic research, applied research and experimental development.
Basic research refers to experimental or theoretical research conducted to obtain new knowledge about the basic principles of phenomena and observable facts. This type of research does not presuppose any specific application or use purpose, and aims to reveal the essence and laws of motion of objective things and obtain new knowledge or new theories. The results of basic research are usually in the form of scientific papers and scientific works, which are used to reflect the original innovation ability of knowledge.
Applied research refers to creative research conducted to obtain new knowledge. This type of research is conducted for a specific purpose or goal. Applied research aims to determine the possible uses of basic research results, or to explore new methods or new approaches to achieve predetermined goals. The results of applied research include scientific papers, monographs, principle models or invention patents, etc., which are used to reflect the exploration of the application of basic research results.
Experimental development is based on applied research, using the results of basic research and applied research to develop new products, new materials, new devices, new processes and other research activities to produce new or improved products, materials, devices and processes. The results of experimental development can be directly transformed into practical applications and serve social and economic development.
Research and Sience industry covers many fields such as natural science research, engineering and technology research, agricultural science research, medical research and experimental development, social and humanities research, etc., and provides important scientific and technological support for scientific research institutes, universities, hospitals, industrial enterprises, etc. These activities are of great significance to improving the country‘s scientific and technological strength and core competitiveness, and are important contents for measuring a country‘s independent innovation capabilities and the process of building an innovative country.
Trend: With the development of the global economy, the demand for scientific and technological innovation is increasing, so the prospects of the scientific research and experimental industry are very broad. On the one hand, various countries and regions are increasing their investment in scientific and technological innovation to promote economic development. On the other hand, with the continuous advancement of technology, the service scope of the scientific research and experimental industry is also expanding, from traditional scientific research to emerging technology fields, such as artificial intelligence and biotechnology.
Innovation: Our etching process has the characteristics of fast sample production, refined structure, and change of design at any time according to customer needs. It is very consistent with the requirements of the scientific research and experimental industry, and can help the early stage of scientific research and experimental projects to iteratively verify and update products. The accuracy can be achieved at the nanometer level. Therefore, our company has in-depth cooperation with many scientific research institutions, universities, and corporate R&D departments.
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