Used HITACHI LC-2G212/2C #9309501 for sale

HITACHI LC-2G212/2C is a collimation-stable, diode-pumped solid-state laser designed for a variety of industrial settings. This laser can produce a wavelength of 519.9 nm with an output power of 2 W and a pulse frequency of up to 1 kHz. This makes it ideal for applications such as metal welding, fiber fusion, and material processing. The LC-2G212/2C is a highly-efficient, maintenance-free laser that delivers consistent performance and reliability without requiring frequent tuning or calibration. It features a collimation guarantee to ensure stable beam quality over its lifetime and eliminate the need for periodic adjustment. Additionally, the LC-2G212/2C's diode-pumping system allows for a targeted wavelength of 519.9 nm, resulting in an output power that is up to three times greater than that of an equivalent-sized Nd:YAG laser. The LC-2G212/2C can be mounted quickly and easily, requiring only a simple, two-step process. The laser can be mounted using its standard mounting holes, and its included mounting brackets and safety guard provide secure, sturdy support for all applications. The laser can also be adjusted using an adjustable-height pedestal and Adjustable Focus Beam Expander (AFBE). The LC-2G212/2C incorporates HITACHI advanced beam control and delivery technology, which provides improved-quality laser beams for consistent, repeatable weld performance. The Safe Stop safety system also automatically reduces laser output power if the beam is misaligned or misdetected from the correct processing point. The LC-2G212/2C also features an Advanced Power Supply that allows for advanced programming and monitoring, helping to further maximize laser output and minimize energy consumption. Overall, HITACHI LC-2G212/2C is an ideal laser for a variety of industrial applications due to its collimation stability, diode-pumped output, high-performance beam control, and advanced power supply. It is versatile, efficient, and reliable, making it a great choice for any industrial laser application.