Used LASER AND PHYSICS LPC-C600 #293654983 for sale

LASER AND PHYSICS LPC-C600 is a high-performance diode-pumped ns-pulsed laser equipment with a range of wavelength options, output power, and pulse durations. LPC-C600 is specially designed to meet the demands of applications in selective laser micro-machining, medical laser systems and precision industrial manufacturing. By applying a combination of its advanced technology, such as collimator exchange modules, high-output up to 10W, and wavelength optimization, LASER AND PHYSICS LPC-C600 has become a reliable source for users in laser engraving, etching, and marking. LPC-C600 consists of a resonator, power-supply, temperature-stabilizing amplifier, and a switching-mode power supply for generating its ns impulses. The laser itself is housed in a compact steel body, with a precision-positioning mechanism for fine focusing of the laser beam. The pulse duration of LASER AND PHYSICS LPC-C600 ranges from 10ns to 25ns and the output power is adjustable between 0-10W. The gas tube is made of optically clear beryllium oxide, and the laser diode pump waveguides have been integrated into the resonance cavity, ensuring a stable laser beam with a consistent power output. The laser system also includes a shutter and a beam shutter, allowing users to switch between continuous wave (CW) laser emission and ns-pulsed operation. LPC-C600's temperature-stabilizing amplifier provides temperature control and long-term stability of the laser. Additionally, the unit has an integrated Wavelength selection box, which allows eight different wavelength settings for easier optimization. The machine's power supply comes with VAC and VDC power connectors, and a SCR (Switch-mode control regulater) that is suitable for both 110 VAC and 220 VAC lines. LASER AND PHYSICS LPC-C600 is a versatile and reliable ns-laser tool that offers advanced features for precision laser micro-machining. It is the ideal choice for users from a variety of industries, such as dentistry, medical lasers, and industrial manufacturing.