Used NIKON NSR 1505 G6E #9206225 for sale

NIKON NSR 1505 G6E is a precision wafer stepper designed to deliver high quality and reliable imaging results. This equipment is a fully integrated, high throughput lithography system that combines advanced design with strong multi-task capability and the latest imaging capabilities. It features an optimized Moving Head design, an advanced optics unit and an extremely fast scan motion control machine. The high resolution optics of NIKON NSR-1505G6E provide an added benefit of speed and accuracy to achieve defined target accuracies. It offers a high accuracy depth of focus with a maximum depth resolution of 0.7 nanometers, enabling the stepper to accurately transfer designs onto wafers. A high power lamp and optimized light distribution improve upon exposure linearity and the tool features a low noise, high magnification and high intensity ergonomic operator interface. NSR 1505 G6E features a highly integrated control asset, giving users complete freedom in process control and functions. This sophisticated model ensures high precision and repeatable production, as well as improved matching between sheets of wafers. It comes equipped with a high-speed wafer handler, which allows for faster sample loading/unloading and scan motions. In addition, the equipment sports an internal job tracking system with the ability to store up to 30,000 exposures. NSR-1505G6E's quick-change unit makes for easy shutter and pellicle changes, and the machine also supports various environment settings for optimal temperature and humidity control. Its top-mounted, two-axis table facilitates easy access to the step and repeat stage and its high speed wafer handling systems provide a smoother wafer feed and improved tracking control. NIKON NSR 1505 G6E is an excellent choice when it comes to producing top-quality imaging results. With its superb features, it provides the necessary speed and accuracy required for high end lithography. It is the perfect choice when looking for advanced imaging solutions with low noise and higher levels of throughputs.