Used NIKON i8 #9205850 for sale

NIKON i8 is an advanced wafer stepper developed by NIKON for semiconductor processing. It has a high-precision, ultra-fast motion control equipment, which provides smoother and faster control of the operation of the stepper. The compact design allows for easier installation and maintenance. NIKON I 8 has the capability to expose images on different types of substrates with minimal distortion. It can be used for a wide range of processes, including: stepper-based lithography, etching, deposition, inkjet printing and other semiconductor processing methods. It can be used to precisely align patterns on wafers and substrates to create accurate structures and surface features. I8 is equipped with the latest alignment technology such as 3 axis alignment and multiple field imaging (MFi) which makes it highly accurate and reliable. A multi-slit projection allows users to provide maximum substrate coverage while minimizing overlay errors. With a maximum resolution of 8nm and a large lens range of 75mm to 450mm, I 8 exhibits exceptional accuracy and imaging capabilities. It has an automated wafer inspection system that allows for error-free images and monitoring of the intended pattern. The stepper also offers a maximum scan speed of 746mm per second and a data transfer rate of 12GB/s. This enables the user to perform complex operations with high dexterity and accuracy. Its position-locked high-speed synchronous motor offers stable and high speed scanning. NIKON i8 also comes with intuitive software interfaces and support for up to 4D graphical display. This allows for quick and easy installation and maintenance. It is also equipped with advanced safety features such as load protector and an alarm unit. In conclusion, NIKON I 8 wafer stepper is an advanced, high-precision machine with a wide array of features and capabilities. It is suitable for a wide range of applications and is incredibly easy to maintain and operate. With its excellent accuracy and imaging capabilities, it is a great choice for semiconductor processing.