Orion 20

The Orion series ultrafast femtosecond lasers are specifically designed for scientific research and industrial applications, delivering exceptional performance. The series offers three key wavelengths — 1030 nm, 515 nm, and 343 nm — providing outstanding flexibility to meet diverse requirements ranging from precision micromachining to advanced spectroscopy.

With an average output power of up to 80 W and a repetition rate spanning from 1 Hz to 2 MHz, Orion lasers combine high throughput with operational flexibility. Users can choose between low‑frequency high‑energy or high‑frequency medium‑energy pulse modes to suit various experimental setups and industrial processes.

The pulse duration is less than 600 fs, offering high temporal resolution for time‑sensitive process control — particularly suitable for precision machining and nonlinear optics research where accuracy is paramount.

Operating with high‑quality TEM₀₀ mode output and beam circularity exceeding 90%, the Orion series ensures a uniform and stable beam profile, enhancing experimental repeatability and processing results as a trusted tool in both research and industrial environments.

For applications requiring complex control, the Orion series supports burst‑mode operation, enabling advanced modulation of pulse trains. This feature provides greater flexibility in pulse shaping and temporal control, expanding its potential in specialized applications.

The Orion lasers feature a compact design with an integrated water‑cooling system, ensuring excellent thermal stability and reliable long‑term operation even at high output powers, safeguarding system efficiency and lifespan.

Additionally, the series supports multiple trigger modes and linear external power control, facilitating seamless integration with existing systems and precise regulation of laser output to meet complex experimental requirements.

In summary, the Orion series is a robust and efficient ultrafast femtosecond laser platform that achieves an optimal balance between power, precision, and adaptability — making it the ideal choice for demanding tasks in both research and industrial applications.