Used LASER AND PHYSICS LPC-DT600 #293654990 for sale

LASER AND PHYSICS LPC-DT600 is an advanced diode-pumped solid-state (DPSS) laser engineered for increased efficiency and reliability for a wide range of applications. This advanced laser utilizes stabilized air-cooled light path and low-reflection optics for optimized output. It is capable of producing higher optical powers up to 7 Watts (CW), at a single-frequency operating near 532 nm wavelength. Additionally, this laser includes a precision temperature-stabilized crystal (TEC) for higher thermal stability. This makes it ideal for applications that require long-term operation and faster data rates. LPC-DT600 provides an ultra-stable source of light with a narrow, single-mode beam emission and guaranteed narrow spectral width of < 0.05nm. This highly efficient laser utilizes Extern Beam Shaping (EBS) technology which provides higher power-density with superior laser beam profiles. With its temperature-stabilized crystal cavity, this laser ensures minimal drift in output intensity over long-term operation, resulting in higher reliability and thus better data acquisition rates. In addition to the lasers core features, it is equipped with InGaAs Photodiode for monitoring output power level. The built-in power regulation for this laser also allows for automated control of output power levels in situ without external systems. This makes LASER AND PHYSICS LPC-DT600 a great choice for applications in high-precision positioning and measuring systems. The laser also includes a variety of optional features including a Frequency Doubler and Multi-Pulse Module. The Frequency Doubler is designed to increase the laser's output power while decreasing the laser's thermal drift, resulting in reduced timing jitter of the laser's output. The Multi-Pulse Module enables LPC-DT600 to generate multiple laser pulses at up to 80 kHz for increased performance in specialized laser machining applications. LASER AND PHYSICS LPC-DT600 is the ideal choice for a broad range of applications from medical treatments and scientific research to industrial automation and precise imaging. Its advanced DPSS design provides excellent power levels, beam quality, spectral bandwidth and temporal stability, which makes it well-suited for operations requiring high accuracy and rendering.