Used HITACHI LU-2G212E/ 2R #9400334 for sale

HITACHI LU-2G212E/ 2R is a diode-pumped Q-switched, solid-state laser designed for industrial and scientific applications. The diode pumped pump source provides stable, highly repeatable output at all laser line wavelengths. The laser produces output with a beam quality of better than M2=1.5 in the pulse width range of 10-100ns. The laser provides high peak and average output power due to the excellent beam properties of the treated and highly polished resonator mirror, in combination with the thin-disk laser emitter. The laser includes both the standard 1" output port and an optional manipulation port with a collimator. This allows for testing of the output beam profile and power distribution when coupled with an optional beam profiler. LU-2G212E/ 2R laser can also be operated with a range of wavelengths from 230-1060nm. The laser features two different laser control systems, each of which offers reliable, high accuracy operation. The standard laser control equipment utilizes a PLC (Programmable Logic Controller) with integrated software for precisely controlling the laser parameters. Additionally, an optional laser control system runs an intuitive graphical user interface (GUI). This unit includes both an interactive display and a touch-sensitive control panel. The optical machine of HITACHI LU-2G212E/ 2R laser is robust and reliable and is designed to minimize optical feedback and interference from external light sources. To increase output stability, the resonator is designed with thermal and vibration resistant materials. The laser features a variety of safety features, including key locks, optical beam blocking and safety interlocks, as well as built-in Fail-Safe operation. LU-2G212E/ 2R is a reliable and powerful laser tuned for industrial and scientific applications. The intuitive control tool and wide ranging capabilities offer versatile use and allow for precise laser output. Adequate safety features and a robust optical asset ensure reliable and consistent operation over the longterm.