The Leonis series combines high pulse energy with high repetition rates, making it a versatile solution for a variety of applications. The 1064 nm model delivers up to 15 W of average power and 150 µJ of pulse energy; the 532 nm model offers 8 W and 80 µJ; while the 355 nm model provides 5 W and 15 µJ. The repetition rates range from 1 Hz to as high as 1–2 MHz, offering flexibility for both high-frequency and high-energy pulse needs.

All models generate ultra-short pulses, typically around 7–10 ps, in a TEM₀₀ mode (M² ≤ 1.3), ensuring excellent beam quality and more than 90% circularity. The beam diameter is adjustable between 1.5 mm and 2 mm, allowing for further customization depending on the application.

During extended operation, the lasers maintain power stability better than 2% RMS over an 8-hour period, ensuring reliable and consistent performance. External power control is achieved linearly via a 0–5 V input, and multiple trigger modes (PSO/POD/Gate and TTL) allow for precise timing, making these lasers suitable for various experimental setups.

The compact footprint (600 × 288 × 132.5 mm³) with water-circulation cooling enables easy integration into existing setups, while its design ensures reliable operation in environments with temperatures ranging from 22–30 °C and ≤ 60% RH.

With its ultra-short pulses, high stability, and flexible configuration, the Leonis series is an ideal choice for demanding applications such as micromachining, precision measurement, spectroscopy, and materials processing.