Used ESI 9825 #9198429 for sale

ESI 9825 is a diode-pumped laser equipment manufactured by Electron Stimulated Ionization (ESI). It utilizes a combination of a compact diode-pumped solid-state laser head and high-power electronics, offering high-reliability performance for demanding industrial applications. 9825 is a laser system that produces high power laser radiation in the ultraviolet and visible wavelength range, between ~266 nm and 530 nm. It is water-cooled and can produce up to 10 Watts of laser power in continuous operation, or up to 25 Watts in pulsed operation. The laser head contains a diode-pumped miniaturized gain medium, which generates a series of short and intense laser pulses through the emission of photons. ESI 9825 has many advantages over other laser systems, such as its high efficiency, low maintenance requirements, and compact form factor. It also offers a wide range of selectable pulse lengths in the nanosecond, picosecond and femtosecond range, allowing for precise control of the output beam, and making it ideal for manufacturing processes that require exquisite control over the laser spot size and position. As a result, 9825 laser is ideally suited for precision material processing, laser interference lithography, and tissue ablation in medical applications. ESI 9825 also has several safety features, designed to protect both the operator and the equipment. Its Class 4 Laser Hazard rating ensures powerful laser radiation is safely contained in the laser head, and is hidden from view by an opaque front panel. Additionally, the laser unit features a combination of optical and interlock systems, and a lockout switch to shut the laser down in emergency circumstances. 9825 can also be connected to an RF or USB interface, allowing users to control the laser through ESI 9825 software package, and easily adjust settings to meet their exact specifications. With its combination of features and high-power performance, 9825 is a versatile laser machine, suitable for a variety of industrial and medical applications.