Used NIKON NSR 2005 i10 #293600669 for sale

NIKON NSR 2005 i10
Manufacturer
NIKON
Model
NSR 2005 i10
ID: 293600669
Stepper.
NIKON NSR 2005 i10 is a precision wafer stepper widely used in the semiconductor industry for wafer photolithography applications. It is equipped with a telecentric, immersion-type lens and two-stage optical projection equipment that provide high-resolution imaging of circuit patterns onto semiconductor wafers. The laser interferometer motion feedback system ensures nanometer-level repeatability and low-level fluctuation, providing superior overlay alignment accuracy compared to traditional steppers. The product design also promotes scalability, allowing users to upgrade or expand the machine by adding additional components or features. The method of operation of NIKON NSR-2005I10 is as follows: the wafer is placed on the motorized table, and then the autofocus unit is used to precisely focus on the desired level of the mask. The programmed pattern is then exposed to the surface of the wafer. The projection machine of the machine can be used to vary the size and shape of the projected image, allowing for different kinds of exposure which can be used depending on the particular circuit pattern being developed. After each exposure, the motors can be used to accurately reposition the wafer and repeat the pattern. The main advantages of NSR 2005 i10 are its high resolution, accuracy, and repeatability. The telecentric, immersion-type lens and two-stage optical projection tool produce clear images with minimum distortion and noise. The laser interferometer motion feedback asset ensures nanometer-level repeatability and low-level fluctuation, giving it excellent accuracy. The scalability of the product also means that users can upgrade or expand the machine as required for their specific application. NSR-2005I10 is a useful tool for producing accurate circuit patterns for applications in the semiconductor industry. It offers high resolution, accuracy, and repeatability which are critical for its intended purpose. This makes it a cost effective option for many industries that require high precision for their products.
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