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The emergence and application of sputtering technology has gone through many stages. After more than 30 years of development, magnetron sputtering technology has developed into an irreplaceable method for optical, electrical and other functional thin films.How much do you know about them?

On the basis of basic magnetron sputtering,high vacuum and high temperature growth environment are introduced, and plasma technology is combined to improve the reaction efficiency of reactive deposition, so as to realize magnetron sputtering film epitaxy. The film prepared under this high vacuum condition has a better lattice orientation and more outstanding crystal properties. It has a wide range of applications in superconducting quantum, ferroelectric materials, piezoelectric materials, thermoelectric materials and other fields. The high vacuum state helps to reduce the influence of impurities and ensure that the sputtered particles do not react adversely with other gases during the deposition process.

APE 2025 is one of the largest and most influential advanced materials and energy technology exhibitions in Asia, bringing together the world's top companies and scientific research institutions. At the exhibition, our booth welcomed hundreds of visitors, including professionals from well-known universities, scientific research institutes and enterprises, and we became one of the focuses of the exhibition.

The new generation of Flame assisted spray pyrolysis machine has unique advantages: high efficiency, accuracy and precision. High-level coating deposition technology provides a better choice for multiple fields. Combining high efficiency and precision: The product adopts advanced spray pyrolysis technology to achieve rapid decomposition and deposition. Through this advantage, the product can greatly improve the uniformity and adhesion of the coating to meet the different needs of different application scenarios.

New energy, flexible electronics, biomedicine and other fields are developing faster and faster. As one of the core processes, precision coating technology is facing new challenges. For coating technology, higher requirements are placed on the accuracy, stability and material adaptability of equipment. Traditional equipment still has many problems in terms of uniformity and adaptability, which makes it difficult to meet the needs of scientific research institutions or enterprises.

Industry status: The market is gradually placing higher requirements on the high precision and high efficiency of coating machines, and is gradually developing towards miniaturization, high efficiency and intelligence. Its application in the electronics industry and new energy fields is also increasing.

Can meet diverse needs: Coating machine is small in size and more suitable for scenes such as laboratories. It is also suitable for a variety of materials. In the daily storage of coating machine for stepless speed, the environment should be dry, dust-free, and well-ventilated, avoiding direct sunlight or high temperature and high humidity areas.

Three Target Plasma Sputtering Coater is a high-tech device widely used in materials science, physics research and other fields. To ensure that users can use this device correctly and effectively, the following is a detailed usage method:

In the field of modern materials science and microscopic analysis, plasma sputtering technology is widely used in thin film deposition. Our Single Target Plasma Sputtering Coating Machine is efficient and accurate in practical applications. It also simplifies the operation of operators with its high performance, laying a foundation in the industry.

Electron microscope technology continues to advance, and scanning electron microscopes (SEM) are increasingly used in materials science, biology, and nanotechnology. In order to ensure the quality of SEM images, high-quality metal or carbon film coatings are required during sample preparation. Traditional coating equipment often faces problems such as complex operation and uneven film layers, which brings a lot of trouble to scientific researchers. How to improve the efficiency and convenience of sample preparation while ensuring the quality of the film layer has become the focus of attention of relevant staff.

Our Shenyang Kejing's PTL-MM01 programmable dip coater uses a self-developed high-precision single-chip control system, which can provide precise and stable control capabilities. The lifting speed and stroke of the equipment can be set according to needs, and it maintains smooth and accurate operation during operation. In addition, users can also adjust the lifting direction through manual buttons to achieve more flexible operation. So how can we make good use of the lifting coating machine to complete the work tasks more efficiently?