Used CYMER ELS 4000 #9386994 for sale

CYMER ELS 4000 is a state-of-the-art excimer laser designed for advanced lithography, metrology, repair, and other industrial and research applications. The laser operates in the ultraviolet (UV) range of wavelengths and provides uniform, high-intensity output to ensure maximum efficiency in precision machining applications. At its core, ELS 4000 offers a patented, all-metal adaptive ablation technology that creates a smooth surface and high precision for intricate workings. The laser is powered by a unique gas flow delivery system that enables quick and accurate tuning of parameters to suit various applications in the wafer processing, medical device, and automotive manufacturing industries. This makes it ideal for a wide range of applications such as creating fine edges for precision metal cutting and drilling as well as intricate patterning of resists during the semiconductor manufacturing process. The device's proprietary temperature-stabilized lasing chamber ensures robust and repeatable performance for reliable production output. The laser is equipped with ultra-stable beam delivery for continuous ablation with precise pattern formation and positional accuracy. Its advanced control algorithms enable operators to optimize machining operations for maximum processing speed and accuracy. In addition, it offers laser synchronization with external control systems for quick start-up and shut-down with precise operation. CYMER ELS 4000 offers a wide range of beam swath capabilities, enabling operators to select either a low- or high‑energy process, thus providing the right tool for the job. Its scalability between 20 and 40 W of output powers allows operators to tailor the output power to suit their particular application. Laser monitoring and diagnostics are supported via a feature-rich user interface. ELS 4000 is an excellent choice for lithography and other machining processes due to its precision, repeatability, and reliability. Its all-metal adaptive ablation technology is designed for ultimate performance, while its quick setup and tuning enable fast processing and improved production throughput. With its wide swath range and scalability, the device is highly effective in a variety of industrial and research applications.