Used CANON MPA 500 Fab #293738590 for sale

CANON MPA 500 Fab is a precision mask aligner designed for fabrication and testing of various electronic components and circuits. Designed for cost-effectiveness and unparalleled accuracy, this mask aligner features a wafer-level, field-attachable vision lens that can be changed on the fly. This optical setup allows for the alignment of components to within half a micron accuracy. Its air-bearing precision stage ensures precise and smooth adjustments. The stage offers fast movements, taking only 1 millisecond to move through distances of three millimeters. The fast tracking speed is coupled with an automatic edge detection system, which further helps in precise alignment of objects. The design of the mask aligner offers one of the widest field-of-views available in the market. The full field-of-view can reach up to 480 mm, although 860 mm are available with the use of light extensions. CANON MPA 500FAB is designed to provide a precise degree of flexibility. The wafer holding system can easily be adapted to different substrates. Additionally, the use of two pairs of chuck pins makes the substrate easier to mount and secure, while allowing it to move in the X or Y direction. Standard electronics are available with the MPA to provide precise alignment speeds. This mask aligner is available with a number of accessories tailored to its specialized needs. This includes mask cassettes and cassetterecessedwafers. Furthermore, the design of the mask aligner is supported by optical modules such as the field enhancer, wafer monitor, and sensor head. The design of the mask aligner is further supported by online specifications, diagrams, and technical manuals. This allows users to control, maintain, and keep data from repeated test and validation. Overall, MPA-500FAB is a precise, cost-effective and reliable mask aligner for use in the fabrication and testing of various electronic components and circuits. With its wide field-of-view and fast tracking speeds, this aligner ensures accuracy and performance in repeatable and consistent tasks.