Used CYMER NL 7401A #9158953 for sale

CYMER NL 7401A is a laser light source designed for use in advanced semiconductor processing and testing applications. This laser has a very short pulse duration, as short as 350 picoseconds, and produces an output with excellent beam quality, making it the ideal choice for nanoscale components, integrated circuit geometries, or optoelectronic devices. The pulse energy of this laser is adjustable from 5-100μJ, allowing for a variety of precise energy settings to suit the application's needs. This laser also features an extended operational range from UV to IR, allowing for highly precise treatments of various materials. CYMER NL 7401 A incorporates advanced laser diode array technology that provides reliable beam delivery, precision, and high stability. The diode array technology also drastically reduces warm up time, ensuring minimal damage to device components. This laser also offers variable pulse repetition rates, from single shot to a maximum of 5kHz, allowing for greater flexibility and control. In addition, NL 7401A also offers improved beam uniformity, minimal jitter in pulse position, and highly reliable pulse-to-pulse stability. The unit comes pre-programmed with a variety of pulse width options, allowing the user to adjust the laser's output to the desired size and shape. Furthermore, this laser also offers a range of scan parameters, allowing for faster and accurate coverage of the area to be treated. NL 7401 A also comes with a temperature-controlled waterborne cooling system, as well as advanced monitoring functions to ensure proper operation of the device and to facilitate rapid laser feedback. The long-term robustness of this laser is also ensured due to its high-grade optical components and their multifaceted design, which eliminate environmental effects. Overall, CYMER NL 7401A is an excellent choice for advanced semiconductor processing and testing applications due to its exceptional pulse energy and short pulse duration, coupled with a variety of adjustable settings, high-grade optical components, and advanced monitoring functions.