Used KARL SUSS / MICROTEC MA 6 / BA 6 #9152898 for sale

KARL SUSS / MICROTEC MA 6 / BA 6 is a mask aligner with photoresist capabilities for use in small to medium-sized microelectronic device fabrication. This tool facilitates the direct deposition of material by providing an accurate, stable platform for the precise alignment of materials. A microprocessor, motion controller, and equipment computer automate the entire alignment process. MICROTEC MA6/BA6 provides a 5X reduction in optical imaging across the entire wafer plane, allowing for maximum resolution during the fabrication process. Additionally, this mask aligner is equipped with advanced vision capabilities including an X-Y and Z-axis displacement measurement system for controlling the exact alignment of the mask during development. KARL SUSS MA6 / BA6 is designed to work with a wide variety of photoresists, from wet-chemical to organic, and even specialty compounds such as those used in surface micromachining. This tool is particularly well suited for work with sensitive materials, providing a high degree of reproducibility during the development process. Beam-shadow imaging is also a crucial part of KARL SUSS MA6/BA6 alignment unit. This method of imaging reduces the risk of photomasking errors, enabling precise alignment even at the nanometer level. MICROTEC MA 6/BA 6 also features a high-power UV lamp source for rapid precision alignment of material layers with a special UV exposure algorithm for shorter exposure times and improved accuracy. MICROTEC MA 6 BA 6 also boasts comprehensive software capabilities. This allows for the integration of data obtained from CAD and other simulation and design tools for maximum efficiency. This mask aligner also offers process monitoring and record keeping capabilities, enabling the user to accurately track their progress during the microfabrication process. Finally, MICROTEC MA 6 / BA 6 is equipped with an advanced diagnostics and troubleshooting machine, allowing the user to quickly identify and address any potential problems during fabrication.