Used CVC CVC cathode #9124372 for sale

CVC CVC cathode is a type of sputtering equipment that is designed to deposit thin film coatings on materials. It utilizes a pair of cathodes, which are connected in parallel, to electromagnetically coil high-energy argon ions towards a substrate to create a uniform layer on the surface. This process is known as cathodic arc deposition. The dual CVC CVC arrangement allows for a much higher deposition rate than conventional sputtering systems, making it ideal for applying coating to large substrates and other high-volume projects. CVC CVC system can be operated in two modes: Constant Voltage Cathodic Arc (CVC) and Constant Current Cathodic Arc (CCC). In CVC mode, the unit works by applying a constant voltage across the electrodes, resulting in a higher and more consistent deposition rate. CCC mode works by applying a constant current, allowing better control over the deposition rate and plasma density. CVC cathode machine is composed of several components. A high voltage power source is used to apply the desired potential between the two electrodes. A support plate holds the electrodes and the substrate in place. The plasma is generated between the electrodes, and both are cooled by an integrated cooling tool. Lastly, a housing covers the asset and is used to maintain a constant temperature and pressure. CVC CVC cathode offers several advantages over traditional sputtering systems. It is able to deposit thin films with a high deposition rate that results in excellent film quality. The model also allows for a range of options when it comes to controlling the deposition rate and plasma parameters, making it suitable for a wide variety of applications. Additionally, the use of high-energy argon ions makes the process especially effective for etching surfaces. In conclusion, CVC cathode is an effective and versatile sputtering equipment for the deposition of thin film coatings. It offers a high deposition rate and excellent film quality in both CVC and CCC mode, along with the ability to easily control plasma parameters. This makes it an ideal choice for applications in numerous industries, from electronics and optoelectronics to decorative and automotive.