Laser Systems Catalog
Showing 25–36 of 47 series
1550nm Nanosecond Fiber Laser
This nanosecond pulsed fiber laser achieves up to 50 W peak power output at 1550 nm with pulse width tunable from 3 to 50 ns and repetition rate tunable from 1 to 3000 kHz. It supports free adjustment of pulse peak power and repetition rate, with switchable internal/external trigger modes. Available in SM (SMF-28) and PM (PM1550) fiber options with M20 module or B1 benchtop packages. An ideal companion light source for distributed fiber sensing, LiDAR, and laser ranging applications.
1550nm Narrow Linewidth Semiconductor Laser
This 1550 nm single-frequency narrow-linewidth laser is based on an ultra-narrow-linewidth external cavity semiconductor (ECL) chip, delivering single-longitudinal-mode CW output with spectral linewidth of 150~200 kHz and side mode suppression ratio ≥50 dB. Available with output power of 20, 50, or 100 mW in both SM (SMF-28) and PM (PM1550) fiber options, with module (M15/M20) and benchtop (B1) package forms. Ideal for distributed fiber sensing, LiDAR, quantum optics, and precision spectroscopy.
1550nm Single Frequency Narrow Linewidth Nanosecond Fiber Laser
This 1550 nm single-frequency narrow-linewidth nanosecond fiber laser uses a single-frequency narrow-linewidth seed source combined with a high-power gain fiber module to deliver high peak power and high energy single-frequency pulses with stable wavelength and power output. It provides ≥50 W peak power, up to 10 μJ single-pulse energy, with pulse width tunable from 20 to 1000 ns and repetition rate tunable from 1 to 200 kHz. Ideal for coherent LiDAR, distributed fiber sensing, and related applications. Available in B2 benchtop package with SMF-28 or PM1550 fiber options.
1550nm Ultra-Narrow Linewidth CW Fiber Laser
This 1550 nm single-frequency narrow-linewidth CW fiber laser is based on a fiber DFB laser cavity structure, delivering single-longitudinal-mode output with spectral linewidth ≤3 kHz and side mode suppression ratio ≥60 dB. Available with output power from 50 mW to 1000 mW in both SM (SMF-28) and PM (PM1550) fiber options, with module (M21/M31/M27) and benchtop (B1/B2) package forms. Ideal for distributed fiber sensing, LiDAR, quantum optics, and precision spectroscopy.
1550nm Wavelength SM Fiber Coupled Laser
This 1550nm single-wavelength CW laser source outputs through SM fiber. Professionally designed drive and temperature control circuits ensure safe and stable operation. Available in benchtop or module package. Widely applicable in fiber sensing, optical component testing, biomedical imaging, semiconductor inspection, machine vision, and other fields, meeting the need for a stable C-band spectrum.
1550nm/1570nm/1590nm Wavelength High Power SM Fiber Coupled Laser
This laser adopts a DFB seed source combined with a high-power optical gain module architecture design, achieving high-power SM fiber output at a single 1550 nm or 1570 nm wavelength. It is equipped with professionally designed drive and temperature control circuits that ensure safe and stable laser operation under all conditions, maintaining spectral characteristics and output power consistency over the long term. The benchtop design combines operational convenience with a clean, intuitive control interface, fully meeting the requirements of research users in laboratory applications.
1550~1560nm Femtosecond Fiber Laser
This femtosecond pulsed laser employs all-PM passive mode-locking core technology, using high-performance rare-earth fiber as the gain medium to achieve highly stable femtosecond pulse output in the 1550~1560 nm band. It features ultra-narrow pulse width (<90 fs, typically 60 fs), >60 nm spectral bandwidth, ≥100 mW average power, fully self-starting operation, long lifetime, and maintenance-free performance. Available with 80 MHz or 100 MHz repetition rate in M65 module or B2 benchtop package. Well-suited for quantum optics, optical frequency comb construction, supercontinuum generation, and THz wave detection. Wavelength, pulse width, power, and repetition rate are customizable.
1550~1560nm High Repetition rate Femtosecond Fiber Laser
This high-repetition-rate femtosecond fiber laser integrates the latest femtosecond technology using high-performance erbium-doped fiber combined with high-precision dispersion compensation to achieve stable high-repetition-rate femtosecond pulse output in the 1560 nm band. It features 100 fs pulse width at 300 MHz repetition rate with 100 mW average power, fully self-starting operation, and stable maintenance-free performance. Customizable repetition rates include 200, 300, 500, and 1000 MHz. Widely applicable in optical frequency combs, supercontinuum generation, THz wave generation, and ultrafast laser applications. Wavelength, pulse width, power, and repetition rate are customizable.
1570nm Wavelength SM Fiber Coupled Laser
This laser adopts a DFB seed source combined with a high-power optical gain module architecture design, achieving SM fiber output at a single 1570 nm wavelength. It is equipped with professionally designed drive and temperature control circuits that ensure safe and stable laser operation under all conditions, maintaining spectral characteristics and output power consistency over the long term. Widely applicable in thulium-doped fiber pumping, fiber laser, and optical component testing applications.
1780~2000nm Band ASE Broadband Light Source
<p>This 1780–2000 nm mid-infrared ASE broadband light source uses rare-earth fiber spontaneous emission, providing broad spectral coverage with three band models: S (center 1880 nm, 113 nm BW), L (center 1940 nm, 90 nm BW), and W (center 1902 nm, 170 nm BW). It features high output power, excellent spectral flatness, and tunable power adjustment (10%–100%). Suitable for mid-infrared gas sensing, spectral analysis, fiber component testing, and scientific research applications.</p>
1100~2400nm Super Broadband Light Source
This 1100~2400 nm super broadband light source provides high spectral flatness across the entire near-infrared range with a 20 dB bandwidth definition, ensuring uniform optical power density for accurate measurements. When combined with an external tunable filter, this broadband source can generate wavelength-tunable laser output for flexible spectral selection. Suitable for OCT imaging, spectral analysis, and optical component testing.
C-Band ASE Broadband Light Source Mini Module
The C-band ASE broadband light source mini module uses rare-earth fiber spontaneous emission to provide flat spectral coverage from 1528 to 1568 nm with output power up to 50 mW in an extremely compact M15-2 form factor (50×50×15 mm). Features high spectral flatness (≤2 dB), low DOP, and RS232 or TTL serial communication via ZH2.54-4PIN port. Ideal for space-constrained applications in fiber sensing, medical imaging, and production testing.