Used TEL / TOKYO ELECTRON Mark V #9384737 for sale

The 'TEL / TOKYO ELECTRON Mark V' photoresist equipment is an advanced photolithography system used primarily in microelectronic fabrication. This unit is designed to produce patterns on semiconductor wafers through the use of deposition and etching technologies. TEL Mark V machine includes a full range of features designed to improve the processing performance of microelectronics components. The tool is composed of three primary components - a Substrate Processing Unit (SPU), a Resolution and Exposure Component (REC), and the Primary Control Asset (PCS). The SPU is designed to process a wide variety of materials including photoresists, photomasks, and other thin-film materials. This component is engineered to ensure that the photolithographic steps are conducted with precise control over all aspects of the process, including temperature, pressure, and humidity. The REC component facilitates the photolithographic patterns by adjusting the resolution of the process. It also adjusts the exposure manifesting the patterns onto the substrate. The PCS component functions as the primary automated control model for all equipment within TOKYO ELECTRON MARK-V equipment. It ensures uniform consistency between hundreds or thousands of substrates by monitoring the performance of each component. MARK-V system also contains several specialized tools for monitor and analyze the data collected during the process. This includes calibration control, substrate mapping, peak-power mapping, and parametric imaging. This data collection assists in ensuring that quality and performance are maintained during the fabrication process. In the end, TEL / TOKYO ELECTRON MARK-V provides a unit designed for precision and reliability when attempting to create microelectronic components. It measures the precision of features down to nanometer distances and accurately registers exposure times for maximum performance. The combination of the advanced subsystems guarantees repeatability and reliability for the microelectronic fabrication process.