Used NIKON i7 #182534 for sale

NIKON i7 is a top-of-the-line wafer stepper equipment from NIKON. NIKON I 7 is a multitasking stepper that is capable of supporting a wide range of applications, from simple lithography to extreme precision lithography for the production of highly-complex components. I7 is a full-featured system that includes a high-resolution imaging unit, advanced pattern recognition and alignment capabilities, and powerful automated control systems. I 7 utilizes a Wafer Stepper mechanism which comprises of two precise, high-accuracy scanning stages. The scanning stages are used to focus and drive the exposure of a patterned mask onto the semiconductor wafer. The stepper stages provide precise position measurement, precise scan speed and high frequency operation. The wafer is exposed using a precise focusing optics with a resolution down to 0.50 μm. NIKON i7 has a high throughput of up to 2700 cm2/hour while providing high-resolution imaging. Its advanced pattern recognition techniques allow it to accurately detect small features on the wafer even with a 0.50 μm resolution. This allows for better imaging accuracy and reduces the possibility of defects in the process. NIKON I 7 also has an advanced alignment machine which is capable of detecting misalignments with sub-pixel accuracy for improved positioning and alignment. I7 is a highly automated tool that utilizes process control software to manage the lithography process. This software is capable of controlling and optimizing the exposure parameters, such as scan speed and pattern placement. I 7 also has an automated focus method which adjusts the focus during the exposure process to ensure optimal focus at all times. NIKON i7 is the ideal lithography solution for high-tech applications such as MEMS, display and sensor production and medical device manufacturing. It is capable of exposing patterns with accuracy and precision down to 0.50 μm and is an efficient and reliable asset. NIKON I 7 is the perfect choice for high-end lithography applications.