1550nm Single-mode fiber-coupled quasi-continuous-wave laser
This source produces high-power quasi-continuous-wave (long-pulse) output at 1550nm, delivering 10 joules in 500ms or 20 millijoules in 1ms. Maximum average output power is ≥10 watts, and maximum peak power is ≥20 watts. Single-mode fiber-coupled output offers good beam quality, high pulse energy, adjustable frequency and stable spectrum and power. The desktop design is easy to operate with a clear, intuitive control interface, suitable for medical aesthetics and research experiments.
Specification Snapshot
Fiber Type
SMF-28 Single-mode Optical fiber
Operating Temperature
-5~+35°C
Operating Humidity
0~70%
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Overview
This source produces high-power quasi-continuous-wave (long-pulse) output at 1550nm, delivering 10 joules in 500ms or 20 millijoules in 1ms. Maximum average output power is ≥10 watts, and maximum peak power is ≥20 watts. Single-mode fiber-coupled output offers good beam quality, high pulse energy, adjustable frequency and stable spectrum and power. The desktop design is easy to operate with a clear, intuitive control interface, suitable for medical aesthetics and research experiments.
Specifications
| Parameter | Value |
|---|---|
| Laser operating mode [Quasi-continuous laser] | QCW |
| Operating Wavelength [Two wavelength models are available] | typical:1550 or 1565 |
| Wavelength Accuracy | typical:≤±1 |
| Spectral linewidth | typical:≤1 nm |
| Spectral signal-to-background suppression ratio | typical:≥40 dB |
| Output Peak power | typical:1/2/5/10/15/20 |
| Power adjustment Range [Power adjustment Accuracy 0.1W] | typical:10%~100% |
| Power adjustment Accuracy | 0.1W |
| Laser pulse frequency [Frequency adjustment accuracy 1Hz] | typical:1~1000 Hz |
| Frequency adjustment accuracy | 1Hz |
| Laser pulse width [The maximum pulse width depends on the trigger-signal period] | typical:0.2~900 ms |
| Pulse width adjustment accuracy | typical:20 μs |
| Laser pulse duty cycle [Adjusted through the pulse-width setting] | typical:10%~90% |
| Laser pulse energy | typical:10~10000 mJ |
| Short-term Stability [Equivalent ≤±0.5% / 15 minutes] | typical:≤ ±0.02 |
| Long-term Stability [Equivalent ≤±1.2% / 8 hours] | typical:≤ ±0.05 |
| Polarization state | Random |
| Fiber Type | SMF-28 Single-mode Optical fiber |
| Fiber connector [Collimator output can be connected] | FC/APC |
| Control Method [Benchtop ( Peak Power :1~20W)] | Touchscreen / RS232 serial communication |
| Control Method [Module (Peak Power:1~10W)] | RS232 serial communication |
| Communication Interface [Benchtop ( Peak Power :1~20W)] | DB9 female connector |
| Communication Interface [Module (Peak Power:1~10W)] | DB9 female connector |
| Power supply [Benchtop ( Peak Power :1~20W)] | AC 100~240V , <150W |
| Power supply [Module (Peak Power:1~10W)] | DC12V6A, ≤80W |
| Operating Temperature | -5~+35°C |
| Operating Humidity | 0~70% |
Applications
Laser aesthetic applications; Materials processing
Key Features
Quasi-continuous output; Single-mode fiber output; High stability
Datasheet
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Supplier Information
Founded in 2014, Hefei Max-ray Photoelectric Technology Co., Ltd. is located in Phase I of Zhong'an Chuanggu Science Park, High-tech Zone, Hefei City. The company specializes in the R&D and manufacturing of scientific-grade fiber lasers and amplifiers, and was recognized as a National High-tech Enterprise in 2018. Its main products include ultrafast fiber lasers, rare-earth fiber amplifiers, high-power nanosecond fiber lasers, single-frequency narrow-linewidth fiber lasers, Raman amplifiers, fiber broadband light sources, etc. These products have been widely used in optical fiber communication, fiber sensing, scientific research and other fields, with multiple invention patents obtained. The company will focus on the long-term R&D and manufacturing of fiber laser products, and continuously promote product updates and technological innovation.
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