Used NIKON SF155 #9309623 for sale

NIKON SF155 is a wafer stepper designed to provide a comprehensive suite of precise lithographic processing capabilities for a wide range of advanced applications. Featuring an integrated, compact design, NIKON SF-155 offers outstanding performance with maximum integration. Additionally, the equipment's advanced optics and control capabilities ensure that each step of the lithography process can be precisely executed to achieve the best possible results. A major feature of SF155 is its advanced optics. The system uses a highly advanced Wafer Stepper Unit (WSS) to precisely control the stepper's imaging surface. The WSS ensures that all imaging parameters are optimally adjusted to ensure the best image is produced. Additionally, SF-155 features a PatCam optical components machine for accurately measuring the characteristics of each layer of the wafer while they're exposed to the lithography process. NIKON SF155 also offers an integrated, flexible automated workflow tool. This asset ensures that each step of the lithography process can be completed quickly and efficiently. The automated workflow model can be set up to accommodate any process or application, ensuring that only the needed steps are completed, leading to improved throughput and reduced wastage. NIKON SF-155's dual linear stage design also ensures that overlay accuracy is kept to a minimum. This design ensures that all of the stages move in the same direction, minimizing movement in one stage that can make the imaging surface on the wafer appear aligned. Additionally, the equipment's dual linear stage design enables movement in the x and y axis in an incredibly efficient manner. SF155 is designed for demanding lithography applications, and its features make it an ideal system for advanced processes. The unit's advanced imaging capabilities, integrated automated workflow machine, and robust stage design all work together to ensure that each step of the lithography process is performed precisely and efficiently. This ensures that the best possible image can be produced efficiently and with minimal waste.