Used CYMER ELS 5400 #9228527 for sale

CYMER ELS 5400 is a next-generation ultrafast laser equipment designed to support advanced laser material processing and micromachining applications. This optical laser system utilizes a compact design, making it perfect for labs with limited space. The laser offers precise short pulse irradiation, which is ideal for precise cutting and drilling of a wide range of materials. This laser unit includes an advanced optical parametric amplifier (OPA) that has been designed to deliver high laser pulse energies, resulting in excellent pulse-quality and fine feature resolutions. The OPA is driven by a high efficiency acousto-optic (AO) modulator, allowing for pulse shaping and pulse selection with high accuracy and repeatability. CYMER ELS-5400 also has a high-sensitivity acousto-optic Q-switch, allowing the laser machine to achieve short and precise laser pulse widths. This ensures that the laser tool can deliver the stability and power necessary for high-quality feature formation. The Q-switch also features sophisticated dynamic features, such as variable pulse width, beam jitter, and pulse modulation with variable speed. The laser asset also features an automated active-beam-delivery model, which allow for efficient beam delivery to the workpiece. This provides excellent uniformity in processing and ensures the optimal quality of the machined features. Additionally, the laser equipment is equipped with an integrated closed-loop active cooling system, which helps ensure the stability of the laser unit, as well as a long lifetime of the laser source. Furthermore, ELS 5400 is integrated with advanced monitoring and analysis systems that provide a user-friendly operational experience. This laser machine can also be easily upgraded with additional features, allowing users to tailor the tool to their specific needs. Overall, ELS-5400 is an excellent laser asset for laser processing and micromachining applications, offering outstanding performance and precision in the automated production environment.