Used ESI 9350 #143952 for sale

ESI 9350 is a laser equipment used for a variety of industrial and scientific laboratory applications. This system is equipped with a diode-pumped neodymium-doped yttrium-aluminum-garnet (Nd:YAG) solid-state nanosecond laser, which is capable of producing continuous-wave (CW) or pulsed laser output, depending on the customer's applications. Its output wavelength, pulse duration, and energy levels are tunable between 266 and 355 nm, 7 to 70 ns, and up to 7.5 mJ, respectively. The laser is designed for operation in air cooled mode and has a cooling capacity of up to 600 watts. The laser unit comes in a compact, integrated package and consists of a laser head, a power supply, an energy monitoring machine, and a control panel mounted in a rack-mountable 19" enclosure. The laser head contains an oscillator and a regenerative amplifier designed to boost the laser's output power up to 4-5 times the original power. The power supply combines a switch mode (SMPS) and analog technology with the secondary control circuitry to control the output of the laser. The energy monitoring tool accurately compares the pulse energy before and after the amplifier and initiates a warning alarm when the energy is not within the normal range. The control panel includes an LCD display which allows users to easily set up the asset parameters such as laser power, pulse repetition rate, and other related systems. It also contains a real-time clock and alarm functions, which are useful when scheduling measurement or maintenance operations. In addition, the control panel contains a built-in interlock switch so users can immediately power off the laser in case of any risks or irregularities. 9350 has a solid industrial construction and is designed for a long-term, reliable performance in environments with a wide temperature range. It is also fully certified with FDA and uses a water-cooled laser head, to make sure that the laser output remains stable in long-term operation. Finally, the advanced user-interface has intuitive control functions that make the model operator-friendly and user-friendly.