1030nm Repetition-Rate-Locked Femtosecond Laser

Ultrafast Laser Source

1030nm Repetition-Rate-Locked Femtosecond Laser

Ultrafast Laser Seed Sources

Product overview

Product Summary

Highly integrated 1030nm repetition-rate-locked femtosecond laser with an all-fiber module and opto-mechanical-electrical integrated design, supporting ultrashort-pulse output and power amplification.

Product statusContact us to confirm
Call to Discuss023-65488996

Technical profile

Key Specifications

Key specification parameters
ParameterSpecification
Laser architectureHighly integrated all-fiber module architecture
System designOpto-mechanical-electrical integrated design
Operation and maintenanceUltrashort-pulse output, power amplification; very high environmental adaptability and stability, with maintenance-free 24/7 operation

Product characteristics

Product Highlights

The 1030nm Repetition-Rate-Locked Femtosecond Laser uses a highly integrated all-fiber module architecture together with an opto-mechanical-electrical integrated design. It provides ultrashort-pulse output and power amplification for applications including precision measurement, optical atomic clocks, molecular precision spectroscopy, laser frequency stabilization, and time-frequency transfer.

Its very high environmental adaptability and stability support maintenance-free 24/7 operation for applications including laser communications, ultrafast dynamics measurement and control, biomedical imaging, and THz frequency comb systems. Contact us to confirm the configuration for your requirements.

  • Highly integrated all-fiber module architecture
  • Opto-mechanical-electrical integrated design
  • Very high environmental adaptability and stability, with maintenance-free 24/7 operation
  • Ultrashort-pulse output and power amplification

Application fields

Applications

  • Precision measurement and optical atomic clocks
  • Molecular precision spectroscopy and laser frequency stabilization
  • Time-frequency transfer, laser communications, and ultrafast dynamics measurement and control
  • Biomedical imaging and THz frequency combs

Call to Discuss

Need to discuss product configuration?

With your materials, goals, and system conditions ready, call us to discuss the requirements.