Used ESI 9825 #9194317 for sale

ESI 9825 is an ultra-short laser that provides extremely precise and intense laser pulses. It is a high-power, high-efficiency ultrafast laser that is capable of generating ultrashort laser pulses with unprecedented pulse widths and pulse energies. 9825 is constructed from ultra-fast, single-mode optical cavities and is designed to generate pulses down to just a few picoseconds in length. It can generate pulses in the visible, near-infrared, as well as in the mid-infrared range. The pulses are extremely short, highly coherent, and highly energetic. ESI 9825 laser is incredibly powerful and efficient in its energy output. It can output up to 10 mJ (million joules) of energy per pulse in visible range, and up to 5 mJ in near-infrared range. Additionally, the pulse repetition rate can be adjusted from single-shot to kHz without any noticeable reduction in pulse energy. The beam quality of the laser is also excellent - M2 divergence angles as low as 0.7 can be achieved using the standard optics. 9825 is also renowned for its excellent pulse energy stability and stability over temperature. The laser can operate at temperatures between 10°C and 35°C (50°F - 95°F) and its pulse energy remains stable over the entire range. ESI 9825 also features an automated cavity stabilization system, which ensures the pulse energy stability remains constant over time. 9825 laser is an exceptionally versatile and reliable tool for many industrial and scientific applications. It is well suited for precision micromachining, spectroscopy, and lithography. Because of its powerful and tunable pulses, ESI 9825 laser is often used for high-speed materials processing and laser-induced breakdown spectroscopy (LIBS). Additionally, its outstanding pulse stability makes 9825 the perfect tool for trace element analysis, high-precision laser marking, and medical imaging. Overall, ESI 9825 ultrafast laser is a cutting-edge tool that offers a unique combination of power, efficiency, and precision. Its robust design, high energy and exceptional beam quality make it a reliable, versatile and indispensable tool for industrial and scientific applications.