Used CANON FPA 5500 iZ+ #9236391 for sale

CANON FPA 5500 iZ+ is a wafer stepper designed to produce highly precise, single-layer masks for semiconductor chip production. This advanced stepper utilizes an illuminator source with a laser diode that emits pulses of light with a wavelength of 365nm, which allows for extremely precise image placements. The iZ+ also makes use of CANON patented image registration equipment, which utilizes a unique interferometer to measure the precise positioning of each layer. CANON FPA-5500IZ+ also features a number of capabilities designed to achieve industry-leading levels of precision and throughput. Its proprietary "flying knife" system makes use of a rotating blade that moves along the surface of the mask as it exposes each layer, allowing exposures to be made with a potential resolution of 1 micron. Additionally, the device's unique alignment unit supports both automated and manual fine alignment, greatly enhancing precision. FPA 5500 IZ++ has a field size of 7.5 inches across, and its highly efficient optics and mirrors allow exposures to be made onto substrates of various sizes. This makes it ideal for the production of various types of chips, ranging from high-end consumer electronics to advanced medical imaging devices. The excellent lighting machine is also designed to ensure uniform exposure of all layers involved. CANON FPA 5500 IZ++ employs a number of advanced processing techniques, such as chemically-amplified resist systems and beam-down exposure techniques, to ensure that high speeds of processing are maintained. The stepper also includes an advanced error-checking tool that continually monitors the image being exposed, while an automated feedback asset ensures that each layer is properly aligned and registered. The feature-rich FPA-5500IZ+ is an ideal choice for semiconductor companies looking for a reliable and highly accurate stepper to ensure the proper and timely production of consumer and medical electronics. Its state-of-the-art processing techniques guarantee a fast production process, while its advanced imaging and alignment systems ensure unparalleled precision.