Used ESI 9825 #9113052 for sale

ESI 9825 is a high power CW semiconductor diode laser typically used for industrial processing applications. This laser is comprised of a hermetically sealed laser diode stack which emits in the visible 650-660nm range of light with a Gaussian-type output profile. With a center power of 25W and a 2.5x peak power of 62.5W, 9825 is very well suited for demanding laser cutting, welding, and cladding applications. The laser operates with a temperature-controlled gold-plated electrical structure and a stable current controller. This ensures that the laser's power and output are consistent with even the smallest changes in ambient temperature. Also integrated into the laser are a number of user-adjustable laser beam parameters such as focus, power, frequency, and pulse which can be adjusted using the easy-to-use menu equipment. ESI 9825 provides an efficient thermal management system which is designed to maintain the laser at a user-defined temperature range. This is achieved through a combination of active cooling, forced convection, and optimized construction. With this unit in place, the laser can be easily monitored for thermal overload and kept in its optimal cooling range for reliable long-term operation. The laser offers both standard (M12) and an optional (M16) air-cooled beam delivery. The optional M16 version offers a longer waveguide and higher beam quality. For those who do not have an adequate cooling machine, an optional integral cooling unit can be installed to provide the correct level of cooling. 9825 comes with I/O control options allowing the user to access and control the laser from a Windows-based PC. It also comes with an analytical software suite, providing powerful tools to help the user optimize their laser process and get the best accuracy and performance out of their application. Overall, ESI 9825 is an excellent choice for demanding laser cutting, welding, and cladding applications. This laser provides a high power output, advanced cooling tool, and user adjustable parameters, making it a great choice for even the most demanding of applications.