Used LAMBDA PHYSIK Novaline K2005 #9145512 for sale

LAMBDA PHYSIK Novaline K2005 is a laser equipment with Nd:YAG, Nd:YAP, and Nd:YLF laser wavelengths available. It is designed for industrial applications and is used in the cutting, welding, drilling, soldering, marking, engraving, and other precision material processing projects. With its high beam quality and good process stability, it is well-suited for a variety of tasks in the manufacturing industry. Novaline K2005 is a diode-pumped, solid-state laser with galvanometer-based scanning technology. It excites the lasing medium by multiple diode lasers. Its laser source is a single laser module containing a laser head, power supply, galvanometer scanners, and field-programmable logic controller (PL2400). The laser head includes Nd:YAG, Nd:YAP, and Nd:YLF laser rod(s) and Nd:YAG and Nd:YAP/YLF laser diode stacks. The system provides a maximum average power of up to 100W at the laser source and a pulse duration of up to 3 ns. The wavelength of the laser can range from 355nm to 1064nm and can be continuously switched between the Nd:YAG, Nd:YAP, and Nd:YLF. The beam diameter can be set between 2mm and 20mm, and the scanning frequency can reach up to 30 kHz. The unit generates stable, non-pulsed or pulse-width modulated (PWM) output with excellent spatial and temporal stability. The machine is equipped with a touchscreen display and a PC based graphical user interface for easy operation. It has an adjustable focal length and beam focus adjusting facilities. Additionally, the tool has a wide variety of safety accessories, such as light curtains, fast-response shutters, and foot pedals, to ensure safe operation along with its ISO 9001 certified monitoring asset. LAMBDA PHYSIK Novaline K2005 is an excellent laser model for industrial applications. It can easily meet demanding processing requirements with its high beam quality, good process stability, and excellent spatial and temporal stability. Its safety features make it the ideal choice for precision material processing projects.