Used NIKON NSR 207D #293636237 for sale

NIKON NSR 207D
Manufacturer
NIKON
Model
NSR 207D
ID: 293636237
Wafer Size: 6"-8"
KrF Scanner, 6"-8".
NIKON NSR 207D Wafer Stepper is a precision level lithography machine used in many factories to manufacture microchips. It is designed to precisely print minuscule images, symbols, and symbols onto a silicon wafer. This makes it an invaluable asset for semiconductor manufacturers, allowing for extremely efficient production of integrated circuit prototypes, ASICs, and microelectromechanical systems (MEMS). NIKON NSR 207 D Wafer Stepper is a step lithography machine, meaning it uses light to transfer a pattern from a mask, exposure reticle, or template onto a substrate. This machine is capable of producing a high degree of accuracy and resolution with submicron precision. It also offers rapid exposure exposure times and is highly efficient, making it ideal for high-volume production. Something that sets NSR 207D Wafer Stepper apart from many other step exposure machines is its dual optics equipment. This system utilizes two sets of lenses, each of which is dedicated to enabling two different imaging modes. The first is a mask aligner mode, which is used for positioning and printing fine patterns directly onto a wafer. The second is a step projection mode, which produces high-quality images and symbols by projecting images from an external source. In addition to its dual-optics unit, the 215D also features a high-resolution resolution CCD sensor and color LCD panel for pattern viewing and microadjustment. This allows for precise wafer alignment and calibration and high contrast imaging for greatly improved imaging results. This machine also features a number of automation capabilities and can be integrated with a robotics machine for increased throughput. NSR 207 D Wafer Stepper is the perfect choice for a range of applications, from the manufacture of integrated circuits to the production of microchips. Its advanced imaging, automation capabilities, and precise alignment make it a necessary tool for production efficiency and precision in the microelectronics industry.
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