Used LAMBDA PHYSIK Novaline K2005 #9030950 for sale

LAMBDA PHYSIK Novaline K2005
Manufacturer
LAMBDA PHYSIK
Model
Novaline K2005
ID: 9030950
Vintage: 2002
Excimer laser Wavelength: 248 nm Repetition rate: 2 kHz Power 20 W Pulse energy 10 mJ Bandwidth < 0,4 pm FWHM Gas lifetime > 8 Mio pulses 2002 vintage.
LAMBDA PHYSIK Novaline K2005 is a diode-pumped, solid-state laser equipment designed for use in a variety of industrial applications. It offers maximum output power of up to 300 Watts in the near-infrared range at 810 nm, with a long pulse width of 5 ns. With pulse repetition frequencies up to 200 kHz, this laser provides rapid processing for increased productivity. Novaline K2005 has an all-in-one design which integrates the flashlamp, solid-state gain medium, pumping diodes, and control electronics into one system. The control electronics include power supplies, laser pulse controllers, safety interlocks, communication interfaces, and a software package for automated control. The software provides easy to use graphical user interfaces for setting up and controlling the laser. LAMBDA PHYSIK Novaline K2005 also includes a short pulses option for creating even narrower pulses, down to 500 ps. It also has a specifically designed re-lamping unit making re-lamping intervals of up to 10,000 hours possible. The laser is available in a range of configurations, from complete turnkey systems with enclosures to custom laser setups optimized for specific industrial applications. It offers excellent beam quality for higher quality processing with uniformity and accuracy. It also has a high power stability to ensure consistent results. The laser has an efficient design that minimizes power consumption and offers a low cost of ownership over the life of the machine. It has a solid-state design with a long life span, providing reliable and trouble-free operations over a long period of time. Maintenance requirements are minimal, ensuring maximum up-time. The robust design of Novaline K2005 makes it suitable for use in harsh industrial environments, while its reliable performance ensures superior results for a wide range of applications. It is an ideal laser tool for production-level processing and repetitive applications.
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