Used HITACHI LC-2L252E/2C #293657865 for sale

HITACHI LC-2L252E/2C is a 205nm laser equipment that is ideal for industrial use. It features a high precision and low aberration optical system designed to provide optimal and consistent results. It has a wide wavelength range of between 1.06-2.52µm, and operates with a power of up to 6W in quasi-CW mode. Its beam diameter varies from 0.2 to 0.85mm and its output pulse is less than 8ns, meaning it is capable of producing finer detail in laser-cuts and welds. The LC-2L252E/2C is equipped with a stable resonator design that ensures its stability even when used with a moving workpiece or under temperature fluctuations. Its internal resonator is thin-film-coated for thermal stability and is made of stainless steel to withstand exposure to corrosive materials. Its crystal use offers robust laser performance and results in minimal power degradation when exposed to temperatures from -30 to +50°C. This laser also boasts an advanced two-dimensional performance with an optimal power factor that produces a uniquely thin laser beam that evenly distributes the heat, allowing for better quality welds. The LC-2L252E/2C is fully featured with beam-shaping technology that helps reduce thermal damage to the workpiece as it is being lased, resulting in cleaner multi-directional processing and less material waste. This laser unit is designed to operate quietly and vibration-free, making it suitable for a wide range of applications including welding, cutting, engraving, and drilling. It also comes with features such as recessed beam and power output adjustment, space saving vertical convection cooling, and 3D vibration compensation for precise and accurate results. It is also programmable for simpler operation with a built-in cue and advanced SPG controller components. HITACHI LC-2L252E/2C is an advanced, rugged laser machine that is perfect for industrial applications. It comes with a reliable and long-lasting design, and allows for greater precision with its beam-shaping technology and two-dimensional performance. Its advanced features allow users to reduce vibration, optimize throughput with programming, and reduce heat damage to the workpiece for cleaner and more consistent results.