Used HITACHI LC-2L252E/2C #293657854 for sale

Manufacturer
HITACHI
Model
LC-2L252E/2C
ID: 293657854
Vintage: 2011
CO2 Laser drilling machine Diameter resolution: ±0.5 mil Resolution: 10 µm PCB Thickness: 0.05-3.0 mm Thickness: 8-12 µm Galvanometer area: 50-70 mm Drilling size: 3-12 mil 2011 vintage.
HITACHI LC-2L252E/2C is a solid state, pulsed laser suitable for research and industrial applications. It features a 2" beam diameter aperture and maximum output power of 2.52 watts CW. The wavelength of operation is 266 nm and the repetition rate range is 10 to 200 Hz. The laser has a pulse width range of 0.3 to 4.0 µs, a rise and fall time of 2.0 ns, and a peak power of 8 kW. Its thermal management equipment is a forced-air cooling system that keeps the diode temperatures stable and laser in operation. The laser has an integrated diode output power of 2.52 W, and an excellent output beam profile with a (TEM00) symmetric and stable mode of operation, offering the possibility to deliver very high quality laser output. The beam profile is easy to adjust and the laser includes a 10:1 beam expander. The laser also includes a programmable pulse repetition rate enabling quick adjustment to different applications. The laser is highly reliable, with a life time of around 5,000 operating hours. It also has high stability and a very low failure rate. It has an operation temperature range between 0°C and 50°C, and features an electro-optical-response time of 0.1 - 0.2 ms. The laser has a built-in an advanced laser control unit, allowing the user to control and adjust the power parameters. The laser also has multiple safety features such as a maintenance alarm machine, and programmable password protection for security. HITACHI LC-2L252E/2C laser is suitable for use in fibre lasers, medical applications, and industrial research and development. Due to its good efficiency and small size, the laser is perfectly suited for applications where space or portability are essential. It is also suitable for applications that require high precision and power stability.
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