CW(Continuous Wave) Single Frequency Fiber Laser Module
Laser modules and components, Fiber laser components
532nm CW Single Frequency Fiber Laser Module
The CW single frequency fiber laser module consists of 1064nm high power continuous wave single frequency fiber laser module and high efficiency conversion module, these two modules are connected by fiber laser. The fiber laser module can provide excellent beam quality, featuring easy operation.
Description
Based on technologies of CKSF-D or CKSF-R narrow linewidth single frequency fiber laser, 1064nm high power CW single frequency fiber laser module can realize single mode, single longitudinal mode and linear polarization output.
The frequency doubling module is configured using periodically-poled Lithium Niobate (PPLN) technology, without changing the single frequency characteristics of 1064nm laser. The 532nm output is selectable, i.e. optical fiber or free-space collimated beam.
Features
- Single frequency, single longitudinal mode output
- Narrow linewidth <20kHz
- Long coherence length
- Linear polarization output, high polarization extinction ratio (PER)
- Optical fiber output or collimated beam output
- Small size, suitable for system integration
Applications
- Underwater laser communication
- Underwater remote sensing
- LiDAR
- Other scientific research tasks
Techwin is known as an expert company in developing and manufacturing of fiber lasers, fiber amplifiers and fiber sources. We also strive to provide our customers with custom fiber laser solutions suited for your applications. All of our high-power fiber lasers and amplifiers are manufactured following a rigorous quality management system. We are more than happy to share our laser technology with worldwide customers, and committed to earn the ongoing trust of our customers with our industrial fiber lasers coupled with expert support and service in various industrial segments.
Related products
-
1550nm Long Pulsed Single Frequency Fiber Laser, CKLIS-HP (Long Distance, Polarization Maintaining)
Laser modules and components, Fiber laser modules
Features- Eye-safe operating wavelength: 1550nm
- Single pulse energy: up to 150uJ
- Repetition rate adjusting range: 5-20kHz
- Pulse width: 100-3000ns
- Near diffraction-limited beam quality
- High polarization extinction ratio (PER)
-
MHz/GHz 2.0µm Narrow Linewidth CW Lasers
Fiber laser components, Fiber laser modules
Based on the design of master oscillator power amplifier (MOPA) architecture or direct resonant cavity architecture, the narrow linewidth CW lasers can realize high power output ranging from milliwatt (mW) to hundred watts. The adopted pumps commonly are the semiconductor lasers or fiber lasers in waveband 793nm and 1570nm. These CW lasers come with linear polarization or random polarization, suitable for applications including device testing, medical treatment, remote sensing, LiDAR, mid-IR pumping, etc. and the wavelengths are available in 1908nm, 1940nm, 1950nm, 2004nm, 2050nm, etc. -
1.0µm Ytterbium-Doped Pulsed Fiber Laser (ps/fs)
Fiber laser components, Laser components products
Based on all-fiber structure design, ytterbium-doped pulsed fiber laser is a SESAM passively mode-locked all-polarization-maintaining fiber laser. The optimally designed optical path achieves stable linear polarization picosecond laser output, which is featured by high stability and maintenance-free operation. This mode-locked fiber laser is suitable for scientific research tasks or used as seed laser for high power industrial ultrafast pulsed laser. -
1927nm Thulium Fiber Laser Source
The 1927nm Fiber Laser Module of Techwin Laser use the Master Oscillator Power-Amplifier (MOPA) structure or the direct resonator cavity structure design to achieve the high power output.The generally adopted pumps are the semiconductor or fiber lasers in the bands of 793nm and 1570nm. The output polarization can be linear or random. This laser is suitable for the applications of device testing, medical treatment, remote sensing, LiDAR and mid-infrared pumping, etc.1927nm Thulium Fiber Laser Source
Reviews
There are no reviews yet.