Used CANON MPA 600 Super #9190612 for sale

CANON MPA 600 Super is a compact, high-precision exposure tool used to pattern photoresist, designed for fabrication of semiconductor devices. It can be used for any microelectronic fabrication process, such as UV lithography, high-aspect-ratio photoresist patterning, or any other short-wavelength techniques requiring excellent patterning accuracy. The primary feature of CANON MPA600SUPER is its high-precision mask aligner, which is capable of consistently delivering precise exposure accuracy with repeatable results. The nano-level accuracy achieved by the mask aligner ensures excellent flatness and linearity of exposure. MPA-600SUPER also features a robust exposure engine, with advanced exposure control and a variety of variable parameters. This system ensures uniform exposure and the ability to fine-tune exposure parameters. It also includes a UV filter and attenuator which allow precision exposure over a wide range of illumination requirements. The built-in Open Helios Programming Language (OHPL) software provides easy access to the many useful and advanced functions of MPA600SUPER. With its intuitive syntax and deep integration with the aligner, the OHPL allows users to quickly develop automated exposure recipes to meet the most demanding of needs. The aligner also contains an internal memory manager, which enables users to quickly store multiple exposure recipes. CANON MPA-600SUPER also features a variety of integrated safety features designed to ensure the safety of operators while also allowing users to optimize machine performance. This system includes a safety interlock switch, laser light module, anti-static shield, and a key-lock switch. All of these safety features, along with the machine's self-diagnostic capabilities, provide a secure and stable working environment. Overall, MPA-600 SUPER is a highly reliable, user-friendly and precise mask aligner. With its advanced features and robust safety features, this aligner is an ideal tool for the fabrication of microelectronics.