Used VIA MECHANICS LC-2LA252E #9299919 for sale

VIA MECHANICS LC-2LA252E is a diode-pumped solid-state laser designed for industrial applications. Its advantages include high beam quality, accurate intensity control, and superior spectral characteristics. This laser is capable of producing single or multi-mode beam profiles with pulse energies up to 260 μJ/pulse. With up to 26 W average output power, LC-2LA252E is ideal for any of the industrial applications that require high-accuracy, high-precision engraving. This laser system operates up to a maximum wavelength of 355 nm and offers a pulse frequency range from 20 MHz up to 1 kHz. It also offers parallel TTL control, PC direct control, and RS232 control. Beam characteristics such as divergence, beam pointing, and flight time are easily optimized via the integrated onboard controller and optical feedback. The optical feedback also allows for further adjustment of the laser's beam characteristics after installation and set up. VIA MECHANICS LC-2LA252E's beam quality is also excellent, with a small beam diameter of 3.3 mrad and a divergence of approximately 1.1 mrad. This ensures that high-precision engravings are made quickly and accurately. Operators can also adjust the focus of the beam via the onboard controller to further maximize the accuracy of the engraving. LC-2LA252E features an integrated active cooling system and an onboard controller that is not only easy to use but also keeps the operating temperature of the unit under control. This helps to ensure a long lifetime for the laser. The laser is housed in a rugged and durable aluminum chassis, making it both aesthetically pleasing and resistant to shock and vibration. This laser has a large number of practical applications. Its beam characteristics are perfect for industrial applications such as metal engraving, machining, cutting, and marking. It can also be used in photolithography, micromachining, and laser welding. Its robust design and superior beam characteristics make VIA MECHANICS LC-2LA252E the ideal choice for any task that requires extreme precision.