The eMOPA 532-200 from CryLaS GmbH is a sophisticated diode-pumped, passively Q-switched solid-state laser that operates at a wavelength of 532 nm. This precision instrument is engineered to deliver single pulses with exceptional reliability and performance. Its pulse width ranges between 1.1 to 1.5 nanoseconds, offering a high degree of control with pulse-on-demand functionality, making it a versatile tool for various scientific and industrial applications.

Designed for precision and stability, the eMOPA 532-200 boasts a peak power exceeding 130 kW at 1000 Hz and pulse energy greater than 200 µJ. These attributes are complemented by a beam divergence of less than 4 mrad and a beam ellipticity of less than 2:1, ensuring a focused and consistent output. The laser maintains a spatial mode of TEM00, providing a high-quality beam profile essential for demanding tasks in fields such as biology, biomedicine, chemistry, and analytics.

The eMOPA 532-200 is engineered for ease of integration and operation, with a range of interface options including USB and RS 232, alongside BNC and SMB connectors for external triggering and DC output. Its electrical power consumption is kept under 100 W, and it is compatible with line voltages ranging from 90 to 265 V AC. The system's compact design, with a laser head size of 56 x 140 x 265 mm and a controller size of 129.5 x 177 x 180 mm for the stand-alone unit, ensures that it can be easily incorporated into various setups.

With a warm-up time of less than 10 minutes and an operating temperature range of 22 to 32 °C, the eMOPA 532-200 is designed for quick deployment and reliable performance. Its pulse energy drift is minimal, at less than ±3% over six hours, and pulse-to-pulse energy stability is maintained at less than 2%, providing consistent results over extended periods of use. This laser system is classified as Class 3B/III for safety, ensuring compliance with international standards.