Used ESI 5330 #9237579 for sale

ESI 5330 is a multi-line, high-power industrial laser equipment developed by ESI laser fiber-coupled diodes. This powerful system is used widely in industrial materials processing, micro-machining, and medical device manufacturing. It is designed with a number of proprietary features and innovative safety technologies to ensure reliable and precise performance. At its core, 5330 is a diode pumped solid-state (DPSS) laser unit. The laser cavity consists of two laser-grade Nd:YVO4 (Yttrium-Vanadium-Oxide) crystals, which are optically excited by a bank of laser diodes. The output of the laser is converted to a single wavelength by means of an intracavity grating and a dichroic mirror. This provides a clean and highly efficient operation. ESI 5330 offers several operational modes including single-mode, continuous-wave (CW), and pulse-frequency (PFM). These modes allow operators to adjust the output of the laser to suit the particular application. In CW mode, the output of the laser is constant, whereas in PFM the output is modulated by an adjustable frequency. Additionally, 5330 comes with an extra-long pulse mode, designed to allow operators to generate extremely long pulses without a large loss of power. The machine is also highly reliable, thanks to its Tempo™ power source. This power source is composed of an automatically switching input power adapter and an integrated controller, which serves as a failsafe in the event of an unexpected failure of the laser tool. In addition to its powerful performance capabilities, ESI 5330 is remarkably safe. Its state-of-the-art guarding asset contains an infrared safety curtain to ensure that operators remain outside the laser's danger zone when it is in operation. A ventilation model is also included to keep the laser equipment cool and protect the operator. Overall, 5330 is an incredibly powerful and reliable laser system. Its many innovative features make it a must-have for those who require a powerful laser for materials processing and medical device manufacturing applications.