Used HITACHI LC-2G212E/2C #9265543 for sale

HITACHI LC-2G212E/2C is a high-end pulsecoded semiconductor laser designed for a wide range of applications. It is a full-grown frequency doubled laser providing kilowatt output power and ultra-stable performance. Consisting of an optimized fiber-coupled laser head design, its laser cavity configuration contains an optically isolated laser medium and a phase-locked external cavity, allowing the laser to achieve extremely stable output power. The bandpass filter of the laser cavity ensures that its output beam is of high quality and close to diffraction-limited, minimizing its divergence characteristics. HITACHI LC-2G212E / 2C is equipped with a 12-volt variable current source that allows for precise regulation of the output current. It is also equipped with a pulse repetition rate of up to 6 kHz. The combination of its multiple wavelength outputs, stable operation and high output power make it an ideal choice for a wide range of applications, such as fiber laser cutting, welding, marking, engraving and medical cosmetic treatments. LC-2G212E/2C is made of anodized aluminum and stainless steel, and is built for durability. Additionally, its electrically insulated components are designed to protect the laser from static electricity and electromagnetic interference. Moreover, the laser's modular design allows for quick and easy maintenance and repair. The laser is built with a high-speed power converter to regulate the output current. Its electronics are designed to detect unexpected changes in voltage and shut down the laser as needed. Furthermore, LC-2G212E / 2C laser is also protected from system malfunctions and incorrect loading conditions through its electronic interlock systems. HITACHI LC-2G212E/2C is a powerful and versatile laser for many industrial and medical applications. With its expandable range of output powers, its advanced thermal management and its unique pulse/cw combinational operation, HITACHI LC-2G212E / 2C is well suited to provide reliable performance and consistent output quality for nearly any application.