Application: Diode Laser Direct Use,Laser Illumination, Pump Source
A fiber-coupled diode laser is a diode laser device that couples the generated light into an optical fiber. It is relatively easy to couple the output of the laser diode into an optical fiber to transmit the light where it is needed, so it can be used in many directions. In general, fiber-coupled semiconductor lasers have several advantages: the beam is smooth and uniform, fiber-coupled devices can be easily combined with other fiber elements, so defective fiber-coupled diode lasers can be easily replaced without changing the arrangement of the device using the light.
Lunispot tech has a perfect process flow, from strict chip welding, neat 50um gold wire welding, commissioning of FAC and SAC, and reflector commissioning by automated equipment, high and low-temperature testing followed by final product inspection to determine product quality.
This C6 Stage Fiber Coupled Diode Laser provided by Lumispot tech has the above advantages in addition to efficient conduction and heat dissipation, good air tightness, compact structure, and long life, which can fully meet the requirements of industrial customers. The center wavelength is from 790nm to 976nm, and the spectral width is 4-5nm, all of which can be selected as needed. Compared with the C2 and C3 series, the power of the C6 Stage Fiber Coupled Diode Laser will be higher, with different models from 50W to 90W, configured with 0.22NA fiber.
C3 series products have an operating voltage of less than 6V, and the electro-optical conversion efficiency can basically reach more than 46%. In addition, Lumispot tech has the ability to provide multi-dimensional customization service, you can provide the required fiber length, cladding diameter, output end type, wavelength, NA, power, etc. The product is mainly used in lighting and laser pumping source. This product is recommended to use water cooling with a temperature of 23 degrees Celsius to 25 degree Celsius, the fiber can not be bent at a large angle, and the bending diameter should be greater than 300 times the diameter of the fiber. For more information, please refer to the product data sheet below and contact us with any additional questions.
Stage | Wavelength | Output Power | Spectral Width | Fiber Core | Download |
C6 | 790nm | 50W | 4nm | 200μm | Datasheet |
C6 | 808nm | 50W | 5nm | 200μm | Datasheet |
C6 | 878nm | 70W | 5nm | 200μm | Datasheet |
C6 | 888nm | 80W | 5nm | 200μm | Datasheet |
C6 | 915nm | 50W | 5nm | 105μm/200μm | Datasheet |
C6 | 940nm | 50W | 5nm | 105μm/200μm | Datasheet |
C6 | 976nm | 50W | 5nm | 105μm/200μm | Datasheet |
C6 | 915nm | 90W | 5nm | 200μm | Datasheet |
C6 | 940nm | 90W | 5nm | 200μm | Datasheet |
C6 | 976nm | 90W | 5nm | 200μm | Datasheet |