Used ESI 5200 #293735009 for sale

The Enhanced Short Inpulse (ESI) ESI 5200 was a short pulse-periodic laser equipment created in the late 1990s. The device is a Nd:YAG (neodymium-doped yttrium aluminium garnet) laser with pulse duration of 6 ns, a pulse repetition rate of 5 kHz, and an output energy of up to 60 mJ per pulse with pulse energy jitter of less than 10%. The laser system was specifically designed for thin film ablation and solar cell research purposes. The laser has a water-cooled flash lamp-pumped technique. The flash lamps in the unit were equipped with a special filter to maximize the output light by removing IR (infrared) radiation. The machine used a photodiode-based feedback tool to regulate the light intensity in the desired range and operates in the free-running regime. The laser was capable of operating for long periods of time with low thermal drift of the output frequency. The frequency stability of the device was ensured by constantly checking and controlling the energy of the flash lamp using a feedback asset. The laser was equipped with several safety features such as dedicated local control panel, optical safety switch, and over-voltage protection circuit. The on-board computer monitored the performance parameters of the laser and displayed warning messages about any malfunctions or abnormal operations. The laser control and power supply for flash lamps was provided through the computer. The laser device was also equipped with an automated beam control model. This automated equipment was capable of controlling the laser beam focus, divergency, and stabilization. This feature allowed the use of various laser components and optics to achieve the region of highest level of beam intensity. This enabled users to perform intricate laser machining with 5200. The device was also equipped with an optical attenuator for precise beam control as well as a laser beam profiler for measuring the intensity profile in different regions of the laser beam. ESI 5200 was a highly reliable laser device with low maintenance requirements thanks to its water-cooled technology. The system had a long service life and was widely used in metal-cutting and material processing applications. It is still used in some laboratories and applications today.