Fiber Coupled Lasers

Single-frequency fiber coupled lasers

We offer single-frequency fiber lasers consisting of a seed laser and an amplifier optimized for low-noise operation. The 1550 nm and 1064 nm fiber lasers operate in single longitudinal and polarized mode.

  • Wavelengths: 507 509 513 515 520 525 532 540 550 560 631 633 775 780 1014 1018 1027 1030 1040 1050 1064 1080 1100 1120 1550 1908 nm
  • Power: 1-10000 mW
  • Bandwidth: 10-40 kHz

Continuous-wave fiber coupled lasers

We offer compact OEM-design continuous-wave (CW) fiber lasers, ideal for system integration.
The laser power can reach up to 200 W, ensuring good beam quality.

  • Wavelengths: 488 589 620 976 1030 1064 1080 1120 1178 1240 1270 1310 1484 1550 1940 nm
  • Power: 1-100 W
  • Fiber core diameter: 10-25 μm

Picosecond fiber coupled lasers

We offer picosecond fiber lasers, ideal for precision micromachining applications. They are widely used for precision marking, drilling, etching, in life sciences, etc.
The laser frequency can reach up to 60 MHz, and the pulse width can be less than 10 ps. Other frequencies and pulse widths are available upon request.

Wavelength (nm) Power (mW) Pulse width Modulation rate
1030 nm 0.5-1 <10 ps 20-50 MHz
1064 nm 0.5-1 <10 ps 20-60 MHz
266 nm 1-10 <10 ps 20-50 MHz
343 nm 1-50 <10 ps 20-50 MHz
355 nm 1-50 <10 ps 20-50 MHz
515 nm 1-200 <10 ps 20-50 MHz
532 nm 1-150 <10 ps 20-60 MHz
1030 nm 1-2000 <10 ps 20-50 MHz
1064 nm 1-2000 <10 ps 20-60 MHz
266 nm 1-50 100-900 ps 0.1-20 MHz
343 nm 1-50 100-900 ps 0.1-20 MHz
355 nm 1-50 100-900 ps 0.1-20 MHz
515 nm 1-1000 100-900 ps 0.1-20 MHz
532 nm 1-1000 100-900 ps 0.1-20 MHz
540 nm 1-1000 100-900 ps 0.1-20 MHz
775 nm 50-200 100-900 ps 0.1-20 MHz
1030 nm 10-5000 100-900 ps 0.1-20 MHz
1064 nm 10-5000 100-900 ps 0.1-20 MHz
1080 nm 10-5000 100-900 ps 0.1-20 MHz
1550 nm 100-1000 100-900 ps 0.1-20 MHz
470~2400 nm 1-350 ~350 ps 4 MHz

Nanosecond fiber coupled lasers

We offer nanosecond fiber lasers with a compact OEM modular design, ideal for system integration. Their features include high output power stability, good beam profile, ultra-compact size, long lifetime, low cost, and easy operation.
Both fixed and variable pulse width models (from 0.5 ns to 250 ns) are available.

Wavelength Power (mW) Pulse width Modulation
266 nm 1-50 0.5-50 ns 0.1-1 MHz
343 nm 10-300 0.5-50 ns 0.1-1 MHz
355 nm 1-300 0.5-50 ns 0.1-1 MHz
515 nm 1-1000 0.5-50 ns 0.1-1 MHz
532 nm 1mW-20 W 0.5-50 ns 0.02-1 MHz
540 nm 1-1000 0.5-50 ns 0.1-1 MHz
1030 nm 0.5-10 W 0.5-250 ns (Adjustable) 0.1-1 MHz
1064 nm 0.5-30 W 0.5-250 ns (Adjustable) 0.02-1 MHz
1080 nm 0.5-10 W 0.5-250 ns (Adjustable) 0.1-1 MHz
1550 nm 50-1000 0.5-50 ns (Adjustable) 50-1000 kHz
1030 nm 1 uW-500 mW 5-100 ns (Adjustable) 1 Hz-10 MHz
1064 nm 1 uW-500 mW 5-100 ns (Adjustable) 1 Hz-10 MHz
1550 nm 1 uW-10 mW 5-100 ns (Adjustable) 1 Hz-10 MHz
532 nm 10-100 nJ 0.5-50 ns 1-1000 Hz
1064 nm 1-20 uJ 0.5-50 ns 1-1000 Hz
1550 nm 1-20 uJ 0.5-50 ns 1-200 Hz
470~2400 nm 1-1000 1 ns 1 MHz