Used CYMER ELS 5410 #9271994 for sale

CYMER ELS 5410 is a laser equipment developed by CYMER, Inc., a global leader in light-source technology and solutions. The system integrates a laser cavity, power/light source, controller, and software to produce a high-power, low-noise laser beam with excellent performance characteristics. The laser cavity design allows for easy alignment and adjustment. The laser resonator of CYMER ELS-5410 is comprised of an integrated monolithic laser diode and integrated optical components comprising a laser cavity. This is set in contrast to the traditional diode, collimator and discrete optics design. This laser unit has been designed for reliability and performance and the use of active and passive elements, wavelength stabilization, and the use of a highly efficient cooling machine contribute to this goal. The laser controller incorporates a full suite of features for laser operation and process control. The controller includes a graphical user-interface allowing for the definition of laser output and process parameters for optimal performance in the specific application field. The wavelength of the laser is fixed and predetermined. The laser is factory set to 1450 nm and can be adjusted for an output of up to 55 watts, with pulse duration of 2- 2000 ns. The laser operates continuously at its rated output across a range of operating conditions, making it well suited for applications where high power densities are required. Various safety features are incorporated in the tool to ensure safe operation. These include laser interlocks, active cooling systems, and power/light source monitoring for optimal power levels and laser lifetime maintenance. A fan filter is also provided to protect against dust and other contaminants. ELS 5410 is a high-power, low-noise, reliable and efficient laser asset ideal for a wide range of applications. It offers stability over a wide range of operating conditions, ensuring consistent process quality and performance. The laser is low maintenance and easy to integrate into existing manufacturing systems or processes. Its design employs advanced optical technologies for superior performance and reliable operation.