Used LAMBDA PHYSIK K2020B #121490 for sale

LAMBDA PHYSIK K2020B
Manufacturer
LAMBDA PHYSIK
Model
K2020B
ID: 121490
Laser, 248 nm, kinematic mounts.
LAMBDA PHYSIK K2020B is an advanced laser equipment designed for applications such as scanning electron microscope (SEM) inspections, direct writing of circuit patterns, laser machining, and absorbing solar power. This laser system is based on a 5mJ pulsed q-switched Nd:YAG laser oscillator. The Nd:YAG laser is an active laser medium which produces an infrared output at 1064 nm wavelength, and the beam is delivered to the target in individual nanosecond pulses with repetition rates up to 2 kHz. The laser's control unit is designed for reliable and long-term operation and combined with intuitive GUI for easy parameter setting. K2020B features a diode pumped Nd:YAG laser machine that provides high energy densities and is capable of achieving sub-micron precision in precision applications. The laser tool utilizes high power bar laser diodes in a unique spatial arrangement that allows the diodes to be collimated and focused down to a very small spot size. The high power bar laser diodes allow LAMBDA PHYSIK K2020B to reach peak outputs of up to 5 mJ per pulse with pulse lengths in the nanosecond range. The optical design of K2020B provides a high-divergence stable beam spot size to enable better drilling, welding and cutting performance. LAMBDA PHYSIK K2020B also features integrated safety interlocks and advanced software to enable quick and easy parameter setting and control. The integrated safety features protect the laser asset from any external and internal threats, while the compact design results in low maintenance and improved process control. K2020B enables efficient processing in challenging applications that require sub-micron precision, due to its advanced hardware and software. To summarize, LAMBDA PHYSIK K2020B is a high-precision laser model designed for applications that require high-energy densities and sub-micron process performance. It utilizes powerful bar laser diodes to achieve peak outputs of up to 5 mJ per pulse with pulse lengths of nanoseconds. The laser is equipped with integrated safety interlocks and advanced software to enable quick and easy parameter setting and control. The equipment is designed for reliable and long-term operation and its compact design results in minimal maintenance and improved process control.
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