Used SHIBAURA SWN5000 #293634649 for sale

SHIBAURA SWN5000 is a sputtering equipment used in the semiconductor industry for producing thin film wafers. The sputter is a process that deposits a thin layer on substrates such as glass, plastic or ceramic surfaces. The sputter process is used for electronic micro-circuitry, optical devices, medical implants and other micro-chips. SWN5000 is a high-precision sputter system that comes with an 8-phase power supply and a high-resolution DC power control module. This ensures that the sputtered coating has a uniform deposition rate, creating a homogeneous layer of material on the substrate. The control unit of SHIBAURA SWN5000 also allows for a wide range of pulse sputtering conditions which can be adjusted to provide different results depending on the desired material and thickness of the coating. The machine also has a high level of accuracy that can be used to produce very small, precise patterns and other complex shapes. SWN5000 uses a linear-shaped magnetron sputtering cathode with an independent edge-type shield electrode. This type of construction allows for more uniform sputtering, as well as more precise deposition in regions with higher aspect ratios. Moreover, the tool can generate a range of pulse durations, pulse power and pulse frequencies to achieve different film deposition patterns. SHIBAURA SWN5000 is fitted with a pair of ceramic-coated quartz crucibles, which can be used to hold target materials such as gold, molybdenum, aluminum or tungsten to be sputtered. It also has a pressure-control valve, temperature sensor and temperature control unit, which allow users to regulate the pressure and temperature of the cavity to ensure a consistent and reliable process. SWN5000 comes with a wide range of safety features, such as water-cooling and interlocks to prevent unwanted tampering. It also comes with an exhaust manifold to evacuate airborne particles. Overall, SHIBAURA SWN5000 is an efficient, safe and reliable asset for sputter-coating thin film wafers. Its advanced features allow users to achieve high-precision results with a wide range of target materials and substrates.