Used NIKON NSR-2205I9C #293655794 for sale

NIKON NSR 2205 i9C is a world-class wafer stepper, designed to provide industry-leading performance and display features. This device provides high accuracy and precision for processing of semiconductor wafers, with the capacity to process up to 8-inch wafers at a time. Built with an ultra-precise resolution of 0.06 micron, users can customize their workflow and process their wafers with exacting precision. NIKON NSR-2205I9C is equipped with an Intelligent Development Equipment (IDS) which offers signal processing, data storage, and advanced calculations for commands received from the control system. This unit provides the user with unprecedented control over their workflow, with customizable parameters to optimize operations. The stepper also has a patented AIMC (Advanced Intelligent Multi-Channel) controller which offers a variety of functions and optimizations. These features allow for more efficient, precise, and reliable operation of the device. One of the most impressive aspects of NSR 2205 i9C is the accuracy of its image processing. The device is equipped with a high-resolution imaging sensor which ensures repeatable accuracy of 0.015 micron. From a wide-field curved mirror, the imaging sensor captures highly detailed images of each wafer. A light source projection machine is also present, providing uniform light across the entire expanse of the wafer. This ensures reliable exposure of the entire wafer, regardless of the alignment. NSR-2205I9C also benefits from a well-designed hardware tool. The asset includes four dual-axis motion stages, as well as a vacuum chuck model for holding the wafers. The stepper is specially designed for processing of both non-silicon-based materials such as super-hard carbon, as well as traditional silicon-based materials like gallium arsenide. NIKON NSR 2205 i9C is a powerful and accurate wafer stepper, with sufficient resolution and highly customizable features to meet the needs of any semiconductor equipment manufacturing or processing task. With its high-resolution imaging sensor and motion stages, this device provides precise results for an array of wafer-related tasks.