The eMOPA 213-20 is a cutting-edge diode-pumped, passively Q-switched solid-state laser designed to deliver high precision and performance. Operating at a wavelength of 213 nm, this laser system offers exceptional single-pulse capabilities with pulse durations of less than 1.0 ns. Its innovative design supports both external and internal triggering, providing flexibility and control for a variety of demanding applications.

Engineered with precision, the eMOPA 213-20 boasts a peak power output of over 20 kW at a repetition rate of 1000 Hz. Its pulse energy exceeds 20 µJ, ensuring robust performance for intensive tasks. The laser's beam characteristics include a divergence of less than 3 mrad and an ellipticity ratio of less than 3:1, contributing to its exceptional beam quality and stability.

Designed for reliability, the eMOPA 213-20 features a compact laser head measuring 56 x 140 x 265 mm and a stand-alone unit size of 129.5 x 177 x 180 mm. With an electrical power consumption of under 100 W and compatibility with a wide range of line voltages, it integrates seamlessly into various environments. Its quick warm-up time of less than 10 minutes and operating temperature range of 22 - 32 °C ensure consistent performance across different conditions.

Safety is paramount, and the eMOPA 213-20 is classified as a class 4 laser according to IEC 60825-1 standards. This high level of safety classification ensures that the laser is equipped to handle the rigorous demands of professional environments while maintaining the highest safety standards.