Used ESI 5220 #293587927 for sale

ESI 5220 is a high-powered q-switched Nd:YAG laser. It is used for a wide variety of applications, including marking, engraving, ablation, and cutting. This laser is capable of emitting up to 20 joules in a single 5-nanosecond pulse, and can produce up to 50 shots per second. The wavelength of the laser output is 532nm, making it suitable for a variety of laser processes. 5220 consists of a Nd:YAG crystal, an optical cavity, and a laser power supply. The Nd:YAG crystal is coupled to a q-switch and flash lamp, which modulates the energy output of the laser. This q-switch component is key to the laser's performance and allows it to generate powerful single pulses or multiple pulses of energy with a high degree of precision. ESI 5220 also features an integrated controller, which allows the user to adjust the parameters of the laser output in order to obtain the desired results. This integrated controller is capable of controlling pulse energy, pulse length, pulse rate, and repetition rate. The controller also allows the user to enable dynamic modulation, where the laser beam jumps between a number of different settings per cycle. The beam size of 5220 is quite small, measuring less than 0.01mm in diameter, allowing for very precise laser applications. The beam divergence is also very low, which decreases the amount of energy that is lost when being transmitted through the optical system. ESI 5220 is capable of working with a variety of materials, such as steel, stainless steel, copper, aluminum, and other metals and alloys. This laser also has a high degree of accuracy and repeatability, making it ideal for applications requiring these features. Overall, 5220 is a high-powered q-switched Nd:YAG laser suitable for a variety of laser processes, including marking, engraving, ablation, and cutting. It is capable of working with a wide range of materials and features an integrated controller which allows the user to adjust the laser parameters for the desired output. The beam size and divergence of the laser also makes it highly suitable for precise applications and its repeatable performance makes it ideal for industrial use.