Used ULVAC SIV-200S #293637678 for sale

ULVAC SIV-200S sputtering equipment is a high-precision physical vapor deposition (PVD) system designed to meet a variety of production and research needs. This unit is composed of a vacuum chamber connected to ULVAC original high-temperature magnetron sputtering sources, the Magnetron Variable Pressure Series (MVPS), allowing for precise and uniform coating deposition. The unique design of the vacuum chamber, measuring 300 x 300 x 200mm, and its complex structure, enable this machine to achieve precise uniformity and uniformity of thickness even in the deposition of various types of materials. SIV-200S also features an improved version of ULVAC original RF-imposed substrate Chuck for flatness adjustment. This adjustment tool uses ULVAC new High-temperature Bipolar Throat (HTBT) process, allowing for precise uniformity of the substrate. The asset also features an alternator drive mechanism to minimize any possibility of defect generation during the PVD process and improve the uniformity of the deposition. Additionally, ULVAC has designed an ultrafast, low-time-of-flight mass spectrometer for precise analysis of the target source and sputtering component. The mass spectrometer is capable of measuring the fraction of all the components that contributed to the color and properties of the coating with a high degree of accuracy. ULVAC SIV-200S features features a sophisticated safety and interlock model. All safety and interlock functions are continuously monitored and the equipment can be quickly and easily removed from the chamber or parts of the chamber moved in and out of the way. This allows for quick and easy maintenance and cleaning of the system. Overall, SIV-200S sputtering unit is a powerful and reliable machine that is highly suitable for high-precision sputtering of a variety of materials. Its robust design and sophisticated safety and interlock tool ensure uniformity of coatings and fast analysis, further adding to its versatility. The asset is ideal for both production and research needs, ensuring a high level of accuracy and reliability.