Used ULVAC TC-7000 #9086683 for sale

ULVAC TC-7000 is a lab equipment and accessory that provides an efficient and high-precision evaporation equipment for semiconductor process research. TC-7000 combines ULVAC unique rotating evaporation source with a high-speed multi-axis linear transfer system, allowing for extreme accuracy and temperature control. The unit has a reduced implantation interval due to its high speed, and can be used for a wide range of applications such as film formation, high temperature processes, and ultra-thin film coatings. ULVAC TC-7000 consists of three main components: a vacuum machine, an evaporation source, and a transfer assembly. The vacuum tool consists of two vacuum pumps, an oil diffusion pump, a mechanical pump, and a separate turbo molecular pump. This setup provides a high quality vacuum environment and efficient gas emission control. The evaporation source is a rotary evaporation source that is placed within the vacuum chamber, allowing for complete evaporation of particles in an extremely localized and accurate manner. The transfer assembly allows for precise and high-speed transfers between the evaporation source and the substrate. TC-7000 also features temperature control capability to ensure accuracy in film formation. The temperature of the evaporation source can be controlled by a temperature controller integrated within the source holder, and the temperature of the substrate plate is monitored and controlled by a CPU using thermocouples installed throughout the plate. Additionally, ULVAC TC-7000 includes an interlock asset that prevents two or more sources from evaporating simultaneously and a automatic exhaust control model for high degree vacuum management. TC-7000 is ideal for thin film coatings, semiconductor processing, and research in various fields that require precision. With its advanced evaporation equipment, temperature control, and interlock system, ULVAC TC-7000 provides reliable and accurate results. This makes it an essential piece of equipment for any lab looking for high precision and efficient evaporation processes.