Used HITACHI LC-2K212/2C #9309521 for sale

Manufacturer
HITACHI
Model
LC-2K212/2C
ID: 9309521
Vintage: 2007
Laser drilling machine Type: 2P2B Oscillator type: 12A 2007 vintage.
HITACHI LC-2K212/2C is a highly efficient and powerful CO2 laser. It is a sealed-off, crystal-based RF-excited laser designed for industrial applications such as marking, engraving, and cutting. When compared to traditional laser technologies, the LC-2K212/2C functions with low power consumption and provides flexibility through a wide range of cutting and marking speeds. Its small size allows easy integration into existing production facilities. The LC-2K212/2C has a small, sealed-off design that eliminates the need for any maintenance or refilling. The practical active medium of this laser is a 1.5m CO2 capillary discharge tube, resulting in stable laser operation with a low environmental impact. The laser provides an output beam of 2kW (2 kilowatts) in the 10.6-micrometer wavelength, which is suited for a variety of materials. The LC-2K212/2C has a wide field of view (FOV), up to 1.4 meters diagonally, for greater efficiency and easy-to-move mask configurations. Its scanner system is composed of a four-mirror polygonal scanner and a laser processor unit, ensuring precise positioning and traceable monitoring. The power of the laser can also be adjusted in real-time, giving users greater flexibility in applications such as engraving and cutting. The LC-2K212/2C's safety mechanism is also a noteworthy feature. Because the laser is classified as a Class 4 laser product, the machine will shut down if user safety is compromised. The reflective cell of the laser further ensures safety by deflecting laser beams away from the operator's eyes. HITACHI LC-2K212/2C is an efficient and reliable laser for industrial applications. Its small size, wide field of view, and user-friendly features, such as its safety mechanism, are features that make this laser an attractive option. The laser is suitable for a wide variety of materials and, thanks to its low power consumption, may be considered a greener option for many industrial applications.
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