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?

In modern material research and semiconductor manufacturing, thin film preparation and coating technology are crucial. Especially in the field of thin film coating with nanometer precision, PTL-NMB nanometer grade thermostatic dip coater, as a precision equipment, has become an important tool in research and industrial applications. This article will introduce in detail how to use PTL-NMB nanometer puller to coat silicon wafers.

In order to meet the high-precision requirements of scientific research institutes and corporate laboratories in the field of thin film material preparation, we have developed a PTL-UMB micron grade thermostatic dip coater. This high-precision equipment with CE certification is designed for immersion and pulling coating experiments in liquid phase.

As we said before, we will continue to innovate and develop new products, and we will continue to do so in the future, so today we bring you the latest product, the small evaporation coating machine, which is designed for carbon evaporation coating on the surface of small laboratory samples and is widely used in scanning electron microscope (SEM) sample preparation. In the design process, we took into account the convenience of users, so the small evaporation coating machine has a small and exquisite, efficient vacuum performance and simple and convenient operation. So do you want to know how it actually plays its value? Let me give you a detailed introduction below.

I believe that before buying ultrasonic spray pyrolysis coater, you will have several questions, such as what factors should I consider? What is "suitable"? What kind of ultrasonic spray pyrolysis coater should I choose to maximize its value in my work. Please join me in exploring how to buy the ultrasonic spray pyrolysis coater that is truly suitable for you!

In order to improve the automation level of laboratory sample preparation, Shenyang Kejing Automation Instrument Co., Ltd. has developed an intelligent grinding and polishing equipment that integrates a collaborative robot and a multi-functional operating platform to achieve efficient, precise and automated operations. The following is the detailed usage process of robotic grinding and polishing workstation: