Used JDSU Q304T-HD-1000R #9167829 for sale

JDSU Q304T-HD-1000R is a brand of tunable opto-electronic diode-pumped solid state (DPSS) laser designed for high-performance applications. This laser provides exceptional power stability with a long operational lifetime, making it ideal for industrial, medical, and research applications. Q304T-HD-1000R laser utilizes a proprietary micro-electronic diode-pumped gain saturable absorber (GSA) to stabilize output power and provide maximum yield for user precision. This laser is equipped with an unpredictable pulse width that is adjustable from 10 to 3,000 nanoseconds and an adjustable repetition rate of up to 10M Hz. The integrated temperature stabilization system provides enhanced power stability and improves the overall reliability of the laser and its output. JDSU Q304T-HD-1000R has a built-in contour-shaped titanium-doped crystal that allows for high-efficiency and high-stability with excellent pointing stability. The laser is equipped with an acousto-optic modulated (AOM) that enables users to tune the wavelength of the emitted light between 1,000 to 1,100nm. This allows for flexible applications such as laser imaging where different wavelengths can be used depending on the need. It can also be used for telecoms and spectroscopic measurements. The wavefront output of Q304T-HD-1000R is highly linear with very low beam divergence, making it suitable for many output power such as single-mode CW, Q-switched and pulsed. This laser is also engineered for long laser life with a long set-up life so that it can be used continually for hours on end. JDSU Q304T-HD-1000R is also designed with a maximum RMS noise of < 1% and comes with software that allows for easy control and maintenance. Overall, Q304T-HD-1000R is an excellent option for applications that require a reliable and high-performance laser with excellent power stability, long operational lifetime, dynamic wavelength tuning and precision output. It can be used in a range of industrial, medical, photographic and research applications for efficient and accurate results.