Used ESI 9820 #9232296 for sale

Manufacturer
ESI
Model
9820
ID: 9232296
Vintage: 2003
Laser repair system Spot size: 1.8 - 4.5 Laser head type: LPW Wavelength: 1340 mm Pulse width: 9 ns Peak power stability: 8% Accuracy verification, 35mm field: X=0.133, Y=0.108 Accuracy verification, 50mm field: X=0.141, Y=0.113 O/S: Red hat Linux 7.3 AC Power configuration: 208 VAC, 3 Phase wxy, 5 Wire 2003 vintage.
ESI 9820 is a state-of-the-art diode-pumped solid-state laser manufactured by ESI Laser. It is a high-power frequency-doubled Nd: YAG laser that produces up to 6 watts of output power at 532 nanometers (green). This laser is suitable for precision industrial material processing, scientific and medical applications. 9820 laser is equipped with an acousto-optic Q-switched higher-order mode (HOM) resonator, which produces highly directional, clean, and consistent output power. The Q-switched HOM resonator offers a small beam divergence, short pulse duration and high repetition rate of up to 10 kHz. A double-pass KTP diffraction device is available that allows for the generation of TEM00 beam quality with a focus spot size of 2 micrometers. ESI 9820 laser is designed for easy integration and high reliability in both OEM laser systems and custom designed applications. It features a compact design, a rugged construction and built-in high-performance cooling system that ensure precise and reliable operation. The external controller provides comprehensive control over all of the laser parameters, making it possible to accurately control the output power and beam shape. 9820 can be used to process a wide range of materials such as steel, aluminum, ceramics, glass and plastics. Its high peak power and precise beam can accurately cut, drill, scribe and ablate material surfaces with excellent results. It is also suitable for medical applications such as eye surgery, scanning, ablation and lithography. Overall, ESI 9820 laser is a versatile, reliable and high-performance instrument for advanced material processing, scientific and medical applications. Its reliable operation and precise control of laser parameters make it an ideal choice for a wide range of applications.
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