Used NIKON FX-601F #9412239 for sale

NIKON FX-601F wafer stepper is an advanced and highly accurate imaging tool used for manufacturing processes. Its design is optimized for high-precision lithography and high-yield production of thin-film transistors, thin-film optoelectronic components and ICs. NIKON FX 601F is capable of producing small to large area images with a resolution of up to 1.2 microns. The physical field of view of the imaging optics is 128mm square, while the area of the imaging field is 200mm square. The sensing equipment is a high-definition 4CCD line-scan camera that is driven by a system control computer. The optics are designed to provide a wide depth of field and can be used with different substrates and with a variety of resists and materials. The stepper is capable of operating at a speed of up to 100 wafers per hour, which makes it suitable for high-throughput manufacturing. The unit has a variety of features to ensure high-precision imaging, including automatic alignment of the camera, auto-focus, and automatic adjustment of the wafer's orientation. The stepper is compatible with popular atmospheric and non-atmospheric processing techniques, and it is capable of producing consistent images on substrates with complex topographies. The stepper is capable of controlling exposure time, reticle size and position, and exposure intervals. It has a high-definition monitor and a user-friendly graphic user interface (GUI) to facilitate the programming and operation of the machine. The tool is designed with safety features such as a built-in safety light curtain, and an interlock to prevent unintended exposures. FX-601F is an efficient asset with an excellent price-performance ratio, making it ideal for those looking to increase their production capacity while maintaining the highest possible standards of precision and accuracy. It is an invaluable tool for advanced lithography applications, enabling the rapid production of high-quality thin-film transistors, thin-film optoelectronic components and ICs.