Used LAMBDA PHYSIK EMG-103E #184495 for sale

LAMBDA PHYSIK EMG-103E is a compact, multi-purpose, ultra-short pulsed laser, ideal for research and industrial applications. This cutting-edge laser system can create high-energy pulses of extreme precision and power. It generates 40 W of average output power at 30 kHz and a pulse length of 170 fs. It is ideal for applications including spectroscopy, materials processing, and biomarkers. Additionally, its advanced technology makes it suitable for more complex tasks such as pulse characterization, providing a wide range of diagnostic and monitoring capabilities. EMG-103E has a perfect beam spot profile and low divergence, resulting in excellent laser quality and low divergence beam mode. This enables it to be used for a variety of photostimulation and micro-processing applications. It is equipped with a unique modular optical design, allowing the user to customize the laser beam characteristics to match their specific application. This laser features up to 128 KHz repetition rate, which is ideal for experiments with fast temporal control and precise single photon-counting capabilities. It has an integrated diagnostic system that provides quick and accurate information on the laser's status and performance. It also features an intuitive user interface allowing quick and easy tuning and training. LAMBDA PHYSIK EMG-103E's advanced technology also includes a high-speed digital signal processor, which enables precise laser control and the capability to perform sophisticated tasks. It is also capable of sub-nanosecond triggering pulses, enabling highly precise measurements and pulse control down to a single pulse length. It is designed for both continuous and pulsed operation for precise control of laser profile and power output. It also features a variety of control strategies for both stationary and moving laser systems, allowing for optimized performance for a range of different applications. EMG-103E is an ideal laser for a wide range of photochemical applications, from curing and laminating to marking and welding. It is capable of delivering extremely high-power laser pulses ideal for laser printing, laser welding, and other industrial applications. Additionally, its highly precise pulse control and integrated diagnostic system make it an excellent choice for ultra-short pulse laser research.