Used ESI 9830 #9102561 for sale

ESI 9830 is an excimer laser manufactured by Excimer Source Instruments (ESI). It is a single frequency laser system operating at a wavelength of 193nm. It is designed for large-scale manufacturing and metrology applications, particularly for making precision cuts and drilling in a number of materials. 9830's optical design is based on a linear resonator cavity, with a single phase-modulating mirror. The laser produces a homogenized, high repetition-rate, and low divergence output beam. It has a variety of adjustable parameters to control energy, pulse shape, pulse spacing, and beam alignment. Its fast response and high power output make it ideal for high-throughput, high-precision operations. The laser head is composed of a xenon flash lamp and an electro-optic shutter. The Xenon flash lamp is used for igniting the laser beam and providing the power source. The shutter controls the time duration and intensity of the pulse that is applied to the laser medium. Additionally, an adjustable beam expander is also included for beam divergence control. The laser uses a low and stable signal voltage, completely isolated from the laser head, which is generated by a phase locked loop. This ensures a very stable laser output. ESI 9830 also features flexible control of the laser head so that numerous different applications can be addressed. The laser is powered by a 4.8kW power supply. 9830 is built with integrated safety measures, such as an internal cooling system, a fuse, and a safety interlock. This allows operators to feel safe and secure when operating the laser. Additionally, the laser has an easy-to-use control console featuring a 19-inch full-color touch screen, which makes the interface simple and intuitive. Overall, ESI 9830 is an excellent choice for a wide variety of manufacturing and metrology applications requiring precision cutting and drilling of various materials. Its exceptional performance and reliable safety features make 9830 a perfect fit for the most demanding and complex operation requirements.