Multi-Wavelength Fiber-Coupled Semiconductor Laser Module: V2-20/20/20/0.5-810/980/1064/635-200

Center Wavelength: ~1064 nm Total Power: ≥1000 W/500 W Repetition Rate: 1+0.1GHz/0.5+0.1GHz

The 1000W femtosecond fiber laser is a laser based on an all-fiber architecture and modular design. It can provide a total power of ≥1000W, a minimum pulse width of about 500fs, and a repetition rate of 1GHz, adapting to industrial 7x24-hour production needs as well as cutting-edge scientific research.

Center Wavelength: 1035 nm Total Power: 100 W/70 W/50 W/20 W Repetition Rate: 25 kHz-5MHz adjustable

The Sichuan Ziguan Photonics 100W picosecond fiber laser is a high-power water-cooled picosecond laser, specially designed for industrial-grade ultra-precision micromachining and material processing. Based on all-solid-state fiber laser technology, it employs semiconductor saturable absorber mirror (SESAM) or nonlinear polarization rotation (NPR) passive mode-locking mechanisms to generate picosecond-level ultra-short pulses (50-800 ps adjustable), supporting high-energy, high-repetition-rate output. It adopts a water-cooling heat dissipation system, efficiently removing waste heat through circulating coolant, ensuring stable operation of the laser at 100 W high power, suitable for long-term continuous processing scenarios.

Center Wavelength: 1030±10 nm Pulse Width: <200 fs Repetition Rate: 25 MHz

The 1030nm femtosecond fiber laser is an ultrashort pulse laser based on fiber mode-locking technology with an output wavelength of 1030nm±10nm. The 1030nm band lies in the near-infrared region, close to the center of the gain bandwidth of ytterbium ions (Yb³⁺), featuring high quantum efficiency, low quantum defect, and good thermal management characteristics, making it suitable for high-power, high-stability applications. The pulse width <200 femtoseconds (fs) falls within the ultrashort pulse category, enabling high peak power and low thermal damage, and is suitable for nonlinear optical processes (such as two-photon absorption and harmonic generation).

Center Wavelength: 1064±2 nm Pulse Width: <15 ps Repetition rate [20-50 MHz customizable]: 50 MHz (20-50 MHz customizable)

The Sichuan Ziguan Optoelectronics 1064nm picosecond fiber laser is a picosecond-level ultrashort pulse laser based on fiber mode-locking technology with an output wavelength of 1064nm. The 1064nm band lies in the near-infrared region and is a typical gain wavelength of neodymium-doped (Nd³⁺) or ytterbium-doped (Yb³⁺) fibers, featuring high quantum efficiency, low thermal load, and good beam quality, making it suitable for high-energy, high-stability applications. The pulse width <15 picoseconds (ps) falls within the ultrashort pulse category, enabling high peak power and low thermal damage, and is suitable for nonlinear optical processes (such as frequency doubling, sum-frequency generation, and optical parametric oscillation).

Center Wavelength: 1035 nm Total Power: >6 W Pulse Width: 150 fs-400fs

The miniaturized femtosecond fiber laser is based on an all-fiber femtosecond laser architecture and adopts a compact modular design. It can provide a total power of more than 6W, a minimum pulse width of 150fs, and a single pulse energy of more than 6μJ, meeting the demands of industrial 7x24-hour production as well as cutting-edge scientific research.