As an important branch of solid-state lasers, q-switch nd-yag laser has been active in solid-state laser applications. Especially in high-energy applications, it has always been in a dominant position.

q switch nd-yag laser manufacturers tell you that according to the different output laser pulse widths, lasers can generally be divided into two types: narrow pulse width and long pulse width. Among them, the narrow pulse width mainly refers to the laser with nanosecond pulse width, and the long pulse width mainly refers to the laser of microsecond to millisecond level.
According to the different working methods, lasers can generally be divided into pulsed, quasi-continuous and continuous lasers. Among them, pulsed lasers use active or passive Q-switching mode to output laser light, quasi-continuous lasers use acousto-optic modulation mode to output laser light, and continuous lasers use continuous mode to output laser light.
has always been dominant.
q switch nd-yag laser manufacturers tell you that after more than ten years of accumulation and exploration, they have launched a variety of lasers to meet the needs of scientific research institutions in laser induction, lidar, material exploration, particle velocity measurement, laser lighting, laser detection, nonlinear spectroscopy, etc. applications in many fields.
has always been dominant.
q switch nd-yag laser manufacturers tell you that in applications requiring up to Khz, you can choose acousto-optic Q-switched lasers. For applications requiring microsecond or even millisecond pulses, long-pulse-width lasers can be selected.