Used NEW FOCUS 6427 #142508 for sale

NEW FOCUS 6427 is an all-purpose laser designed for a wide-range of research and industrial applications. Integrating features such as external cavity diode lasers, variable rep-rate and power modulation, as well as laser diode module packaging for optimum performance, 6427 is one of the most reliable and powerful lasers available. NEW FOCUS 6427 is a single frequency, tunable external cavity diode laser. It is ideal for spectroscopy, interferometry and other commercial applications within the 405nm - 980nm range. With a beam quality of up to M2 < 1.15, low power consumption and a compact size, it offers the highest precision and highest efficiency of any laser system within its class. The external cavity design of 6427 provides an adjustable repetition rate of up to 20GHz, with power up to 2W. High modulation bandwidth and external control make it well suited for applications such as machine vision and spectroscopy. It also features preloaded software and a graphical control interface, providing quicker setup and ease of use. To ensure ultimate reliability and performance, NEW FOCUS 6427 incorporates an isothermal design, a variant of thermo-electric cooling (TEC) technology. This allows the laser to be operated with consistent current over a wide range of temperatures, even in harsh industrial environments. Furthermore, 6427 offers integrated laser diode module packaging for simplified setup. With carefully packaged and balanced optical and electrical components, the laser delivers high spectral stability and can hold its set frequency for extended periods of time. Finally, with a processing time of less than 20ms and a typical power ramp-up time of 1.5s, NEW FOCUS 6427 is designed to meet even the most demanding industrial requirements. In summary, 6427 provides superior performance, long-term reliability and optimal usability, making it an ideal laser for a wide range of applications. From spectroscopy and interferometry to machine vision and back reflection, NEW FOCUS 6427 is the perfect choice for research and industrial use.