Used ESI M 9275 #9042619 for sale

ESI M 9275 is a pulsed Nd: YAG laser. It is capable of producing high energy repetition rates up to 75 Hz with a maximum pulse energy output of 6.5 J. This laser has been designed for medical and industrial applications and features a large variety of features, including built-in safety features and controls. The laser features a longitudinally pumped cavity design with a pulsed-total-reflection, isolated-mode laser head. This design ensures that emission characteristics are optimized for wavelength stability and single-longitudinal-mode operation. It consists of four sections, such as an optical cavity surrounded by an isolator, a frequency doubling cavity, an electro-optic Q-switch and an oscillator resonator. This laser operates at a fundamental wavelength of 1064nm, with two harmonics (532nm and 355nm). Other output wavelengths are also available. The laser also includes a high-power and efficient stimulated emission lifter device, which contributes to the very high pulse repetition rate. The peak power is adjustable, and the pulse energy, pulse length and beam quality can be adjusted in relation to the application being used. The laser produces a pulse width of 4-16 ns and M2 value of less than 1.1 for the highest beam quality. It features a built-in pulse trimming, which allows users to adjust the pulse duration and energies. M 9275 is a versatile laser with a large number of safety features. The unit is equipped with a built-in double chamber system, which offers a higher level of safety for the user by separating the high and low voltage supplies. It has an over-temperature warning system, which informs the user when the system exceeds its maximum operating temperature. Additional safety features include an audible protection circuit for user alerts and two sets of interlock connections. ESI M 9275 is a multi-purpose laser and can be used for medical, industrial and scientific applications. It is capable of providing precise and repeatable results, even under demanding and high-output applications, making it a reliable and reliable choice for many users.