The Leonis series femtosecond lasers offer multiple models that cover three central wavelengths: 1064 nm, 532 nm, and 355 nm, providing versatile solutions for diverse high-performance requirements in both scientific research and industrial applications.

The 1064 nm models include power options of 30 W at 100 kHz, 50 W at 100 kHz, and 50 W at 50 kHz (burst mode), with pulse energies reaching up to 4 mJ (burst mode) and pulse durations of approximately 10–15 ps. The 532 nm models offer output power ranging from 30 W at 100 kHz to 80 W at 400 kHz, with pulse durations around 7 ps and pulse energies up to 300 μJ. The 355 nm models support 30 W at 1 MHz and 60 W at 2 MHz, with pulse durations near 7 ps and pulse energies of 30 μJ.

All models operate in TEM₀₀ mode with M² ≤ 1.3 and beam circularity greater than 90%, ensuring excellent beam quality and stable beam profiles. The beam diameters range from 1.5 mm to 3.0 mm, and burst mode operation supports complex application requirements, offering flexibility for various experimental setups.

The lasers feature a compact footprint (800 × 364 × 140 mm³) and are equipped with water-cooling systems. They have a 15-minute warm-up time, making them suitable for environments with temperatures ranging from 22–30 °C and humidity below 60%.

Additionally, the lasers support PSO/POD/Gate and TTL trigger modes, as well as 0–5 V linear external power control, allowing for precise adjustment and seamless integration into existing setups.

The Leonis series combines high power, versatile pulse modes, and superior optical performance, making it an ideal choice for micromachining, scientific research, and advanced industrial applications.