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  • Jewelry PVD Coating Machine

    The jewelry PVD coating machine utilizes a process known as Physical Vapor Deposition (PVD) to apply a thin but durable coating onto jewelry pieces. This process involves the use of high-purity, solid metal targets, which are evaporated in a vacuum environment. The resulting metal vapor then cond...
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  • Small Flexible Pvd Vacuum Coating Machine

    One of the main advantages of small flexible PVD vacuum coating machines is their versatility. These machines are designed to accommodate a variety of substrate sizes and shapes, making them ideal for small-scale or custom manufacturing processes. Additionally, its compact size and flexible confi...
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  • Cutting Tools Vacuum Coating Machine

    In the ever-evolving manufacturing industry, cutting tools play a vital role in shaping the products we use every day. From precision cutting in the aerospace industry to complex designs in the medical field, the demand for high-quality cutting tools continues to rise. To meet this demand, the us...
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  • Effect of ion bombardment on the film layer/substrate interface

    Effect of ion bombardment on the film layer/substrate interface

    When the deposition of membrane atoms begins, ion bombardment has the following effects on the membrane/substrate interface. (1) Physical mixing. Because of high-energy ion injection, sputtering of the deposited atoms and the recoil injection of surface atoms and cascade collision phenomenon, wi...
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  • Vacuum Sputtering Coating Revival and Development

    Vacuum Sputtering Coating Revival and Development

    Sputtering is a phenomenon in which energetic particles (usually positive ions of gases) hit the surface of a solid (below called the target material), causing atoms (or molecules) on the surface of the target material to escape from it.   This phenomenon was discovered by Grove in 1842 when...
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  • Characteristics of magnetron sputtering coating Chapter 2

    Characteristics of magnetron sputtering coating Chapter 2

    Characteristics of magnetron sputtering coating (3) Low energy sputtering. Due to the low cathode voltage applied to the target, the plasma is bound by the magnetic field in the space near the cathode, thus inhibiting the high-energy charged particles to the side of the substrate people shot. The...
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  • Characteristics of magnetron sputtering coating Chapter 1

    Characteristics of magnetron sputtering coating Chapter 1

    Compared with other coating technologies, magnetron sputtering coating is characterized by the following features: the working parameters have a large dynamic adjustment range of coating deposition speed and thickness (the state of the coated area) can be easily controlled, and there is no design...
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  • Ion beam assisted deposition technology

    Ion beam assisted deposition technology

    Ion beam assisted deposition technology is the ion beam injection and vapor deposition coating technology combined with ion surface composite processing technology. In the process of surface modification of ion injected materials, whether semiconductor materials or engineering materials, It is of...
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  • Experiment vacuum coating machine

    In recent years, significant progress and breakthroughs have been made in the field of vacuum coating technology. This is only possible due to tireless efforts in experimentation and research. Among the many machines used in this field, experimental vacuum coating machines are key tools for achie...
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  • CVD technology working principles

    CVD technology working principles

    CVD technology is based on chemical reaction. The reaction in which the reactants are in gaseous state and one of the products is in solid state is usually referred to as CVD reaction, therefore its chemical reaction system must fulfill the following three conditions. (1) At the deposition tempe...
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  • Glasses lens optical vacuum coating machine

    In today’s fast-paced world, glasses have become an integral part of our lives. These seemingly simple accessories have evolved from necessity to fashion statement. However, many people are unaware of the intricate process that goes into creating a perfect pair of eyeglass lenses. This is w...
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  • Application of optical thin film in biomedical field

    Application of optical thin film in biomedical field

    In the biomedical optical detection technology using spectral analysis, there are three representative analysis methods UV-visible spectrophotometry (photoelectric colorimetry), fluorescence analysis, raman analysis, respectively, to achieve different levels of biomedical detection of tissues, ce...
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  • Characterization of optical thin films

    Characterization of optical thin films

    The characterization of optical thin film includes the characterization of optical properties, optical parameters and non-optical properties, the optical properties mainly refer to the spectral reflectance, transmittance and optical loss (absorption loss and reflection loss) properties of optical...
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  • Mobile phone nanometer coating machine

    The mobile phone industry has witnessed exponential growth and advancement in recent years. As millions of people around the world rely on mobile devices for communication, entertainment and a variety of daily activities, demand for cutting-edge technology has surged. Introducing the mobile phone...
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  • Vacuum coating machine technology – a prominent technology in modern industry

    In the era of advanced technology and continuous development of industry, vacuum coating machine technology has become a prominent technology for various applications. This cutting-edge approach has revolutionized many fields, including electronics, automotive, aerospace, and more. By combining s...
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