Amplifier Seeding

High power laser systems are crucial for high-performance applications in fields like materials processing, advanced imaging, attosecond generation, and ultrafast laser research. As demand grows for more powerful and reliable ultrafast systems, high-quality seed lasers are more essential than ever for achieving consistent, distortion-free amplification. Menlo figure 9^® femtosecond fiber lasers are perfectly suited for amplifier seeding.

Scientist in a lab looking over an optical setup on an optical bench. He is wearing a hairnet and laser safely goggles. There are various optical components visible on the bench, along with some fiber patch cords.

High power laser systems are crucial for high-performance applications in fields like materials processing, advanced imaging, attosecond generation, and ultrafast laser research. As demand grows for more powerful and reliable ultrafast systems, high-quality seed lasers are more essential than ever for achieving consistent, distortion-free amplification. Menlo figure 9® femtosecond fiber lasers are perfectly suited for amplifier seeding.

Product Solutions

YLMO-Seed C-Fiber 780

Enabling Technologies

Behind every breakthrough lies a set of technologies that make it possible. These innovations tackle critical challenges and turn ambitious ideas into high-performance solutions for our customers.

Maximize Pulse Compression and Power with Menlo’s

Spectrally Clean, Phase-Stable Output

How We Tackle Pulse Integrity and Spectral Performance:

Ensure Stable Amplification with Menlo’s

Polarization-Maintaining Fiber Design

How We Tackle Spatial and Polarization Stability:

Synchronize with Precision through Menlo’s

Low-Jitter Timing and CEP Control

How We Tackle Synchronization and CEP Control:

Reduce Downtime with Menlo’s

Turnkey, Maintenance-Free Fiber Lasers

How We Tackle Reliability and Usability for 24/7 Operation:

Product Solutions

Explore our solutions designed for precise seeding and reliable pulse amplification in demanding high-field and material processing applications.

Project Highlight

Illustration of EUV emission from a laser-produced plasma interacting with a tin droplet — Artist’s impression of EUV light generation from laser-produced plasma using femtosecond pulses

Application Insights

Fundamentals

Contact Our Expert

Whether you’re working on a research project, developing a new product, or looking to optimize your setup, our experts are here to support you. We provide tailored advice on system integration, laser configuration, and application-specific requirements across a wide range of fields.