Used PRISM Ultra coat 300 #9227489 for sale

PRISM Ultra coat 300 is the latest sputter coating equipment from PRISM Surface Solutions and is designed to provide reliable and accurate results for industrial and research-level applications. The system is powered by a High-Voltage DC Low-Pressure Magnetron (HVLPM) source with a direct current and up to 30 kilovolt power supply, which helps to provide excellent homogenous deposition of metals and other materials on the target substrate. Ultra coat 300 has adjustable process parameters so that users can find the most suitable coating for their needs. The Powerful Control Unit (PCS) ensures optimum output and control over the machine by allowing the user to control the gas supply, pressure, power output, temperature, and substrate speed. The PCS also automatically monitors the deposition process through a dedicated computer interface, giving the user real-time feedback on any deviations or errors in the coating. PRISM Ultra coat 300 has a sample and substrate capacity of 2", which allows it to coat larger substrates than most conventional sputter deposition systems. Additionally, it has been designed to provide a highly uniform deposition for single or multiple targets with very precise and consistent uniformity. The tool utilises a protection window chamber and vacuum manipulator for ease of substrate loading and unloading, which is important for avoiding contamination from dust and other particles that can reduce the quality of the coating. The window can be swapped out to facilitate different substrate sizes and materials. Moving parts and all vital components are also located in the front of the module for easy access and maintenance. Overall, Ultra coat 300 is a powerful sputtering asset designed for reliable and accurate deposition of materials on various substrates. It has adjustable process parameters and powerful control model for maximum output, as well as wide range of target substrates and materials that it can deposit. Its high-precision product design affords the user full control and excellent homogeneity even on multiple targets. It is ideal for use in research and industrial applications.