Used HITACHI LC-2G212E/2C #9265561 for sale

HITACHI LC-2G212E/2C laser is a gas-optical device used in the research and production of electronic components. It is a high power, continuous-wave laser with excellent beam quality that operates at wavelengths between 800 and 860 nanometers. The laser features a long-life, low-drift laser diode, making it ideal for various fabrication processes as well as imaging applications. At the core of HITACHI LC-2G212E / 2C is a gas-optical resonator that is designed for high-reliability and exceptional output stability. Its internal pumping system reduces noise and thermal drift, while allowing for a uniform output from the laser. The laser also features a high-speed, low-noise modulator, allowing for modulation of the input signal at high data rates. LC-2G212E/2C has a total power level of 0.9 watts, which can be adjusted from 0.1 to 0.9 watts. It also has a low-glare optical system, providing uniform emission intensity throughout the entire output region. This system helps ensure uniform processing over distance and reduces the risk of eye injuries. The laser has a wide range of operating temperatures, which can be adjusted via digital control. This allows the laser to remain stable in both cold and warm environments. The design of LC-2G212E / 2C also has several protection features, including overcurrent and overvoltage protection, as well as insulation monitoring. This ensures the device is safe to operate in any environment. HITACHI LC-2G212E/2C has a very narrow spectral line width, with an extremely small line peak width of less than 50 picometers. This level of precision allows for detailed and precise imaging and processing applications. Additionally, the laser provides a clean output signal with minimal distortion and a high degree of stability. HITACHI LC-2G212E / 2C also offers a convenient user-friendly interface that enhances the user experience. It has a graphical user interface (GUI) with knobs and buttons, and a display monitor. This allows the user to quickly set parameters for optimal performance. The laser is a valuable tool in research applications, and its design offers several advantages. With a strong beam quality, low noise output, and long-lasting diode, it is an ideal choice for laser and imaging applications. It is easy to control and maintain, making it a reliable choice for today's busy researchers.