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Emitter-Based Module
■A module equipped with single emitter semiconductor lasers, either individually or in multiples, coupled to a single fiber. ■Capable of low current operation, it possesses a very long lifespan and high reliability. ■Options with monitor PD, guide light, TEC, and thermistor are also available.
High brightness and high reliability module
■ The VBG module has a spectral width of less than 1nm and a wavelength shift temperature dependence of 0.01nm/°C. ■ It is optimal for integration into industrial products such as end-pumped solid lasers and fiber laser excitation.
High brightness high output fiber-coupled semiconductor laser
■15-Pin Fiber Coupled Laser ■Standard with monitor photodiode, thermistor, and red guide light ■TEC can also be added as an option
Han's TCS is a company that sells semiconductor laser modules and systems with fiber couplings.
Han's TCS is a company established in Beijing, China in 2011 as a subsidiary of Han's Laser, specializing in the sale of fiber-coupled semiconductor laser modules and their systems. - 405nm fiber-coupled semiconductor laser 10–35W, 800μm core diameter / 0.22NA fiber - 450nm fiber-coupled semiconductor laser 10–35W, 800μm core diameter / 0.22NA fiber
◆ Wavelength stability: 0.02nm/℃, 0.05nm/A ◆ Spectral width: <0.5nm ◆ 0.22NA fiber
【878.6nm Wavelength Stabilized Fiber-Coupled VBG Semiconductor Laser】 ◆ Wavelength stabilization by 878.6nm VBG ◆ 30–120W ◆ 200um core diameter / 0.22NA fiber This is a fiber-coupled semiconductor laser at 878.6nm equipped with a VBG (Volume Bragg Grating). It has a wavelength stability of 0.02nm/°C and 0.05nm/A, with a spectral width of <0.2nm. It is ideal for exciting solid-state lasers such as Nd:YVO4. 【976nm Wavelength Stabilized Fiber-Coupled VBG Semiconductor Laser】 ◆ Wavelength stabilization by 976nm VBG ◆ 10–140W ◆ 105um core diameter / 0.22NA fiber This is a fiber-coupled semiconductor laser at 976nm equipped with a VBG (Volume Bragg Grating). It has a wavelength stability of 0.02nm/°C and 0.05nm/A, with a spectral width of <0.2nm. It is ideal for exciting fiber lasers.
