Used NIKON NSR 1755 i7A #293624121 for sale

NIKON NSR 1755 i7A wafer stepper is a multi-purpose lithography equipment for advanced semiconductor manufacturers. It features a wide range of innovative technological features that make it a dependable and reliable choice for the most demanding applications. NIKON NSR 1755I7A has a wide arc detector, which ensures the desired component placement accuracy. This is great for high-precision lithography processes, as the system offers incredibly precise placement for tiny electronic components. The unit also features a fast scan speed, which can be adjusted according to the type of pattern desired. This proves to be very helpful when creating more complex design patterns, as the machine can quickly and accurately deliver the desired pattern. The tool also offers high resolution imaging, ensuring that all of the components placed in the wafer are of a consistent size. This is an invaluable feature as it allows components to be placed on the wafer quickly and accurately, with little room for error. Furthermore, the asset also offers a range of depth of focus options, making it a suitable choice for multiple applications. NSR-1755I7A is equipped with a variety of illumination modes, allowing users to adjust the process to the desired material and pattern. The model also features an ion beam configuration, which can help make corrections and changes in the middle of the process, saving both time and money. In terms of ergonomics, NSR 1755 i7A is incredibly comfortable to use, with its easily adjustable handle for easy manipulation. Users will also appreciate the optional footswitch, which makes it easier to start and stop the processes, ensuring that all components are placed accurately. NSR 1755 I 7 A wafer stepper is an excellent choice for users who need a reliable equipment for high precision lithography applications. It features an impressive range of technological features and ergonomic design, making it an ideal choice for anyone looking to produce components with a high level of precision.