C2 Stage Fiber coupled diode laser - diode laser devices that couple the resulting light into an optical fiber, have a wavelength of 790nm to 976nm and output power of 15W to 30W, and characteristics of efficient transmission heat dissipation, compact structure, good air impermeability, and long operating life. Fiber-coupled devices can be easily combined with other fiber components and applied in pump source and illumination fields. 

C3 Stage Fiber coupled diode laser - diode laser devices that couple the resulting light into an optical fiber, have wavelength of 790nm to 976nm and output power of 25W to 45W, and characteristics of efficient transmission heat dissipation, compact structure, good air impermeability, and long operating life. Fiber-coupled devices can be easily combined with other fiber components and applied in pump source and illumination fields. 

C6 Stage Fiber coupled diode laser-diode laser devices that couple the resulting light into an optical fiber, have wavelength of 790nm to 976nm and output power of 50W to 9W. C6 Fiber Coupled Laser has the advantages of efficient conduction and heat dissipation, good air tightness, compact structure, and long life, which can be used in pump source and illumination. 

The LC18 series of semiconductor lasers are available in center wavelengths from 790nm to 976nm and spectral widths from 1-5nm, all of which can be selected as needed. Compared with the C2 and C3 series, the power of LC18 class fiber-coupled diode lasers will be higher, from 150W to 370W, configured with 0.22NA fiber. the working voltage of LC18 series products is less than 33V, and the electro-optical conversion efficiency can basically reach more than 46%. The whole series of platform products is subject to environmental stress screening and related reliability tests in accordance with the requirements of national military standards. The products are small in size, light in weight, and easy to install and use. While meeting the specific requirements of scientific research and military industry, they save more space for downstream industrial customers to miniaturize their products.