laser beam guidance components from LaserPoint, which are used in laser applications for the efficient transmission and control of laser beams. Two main components are used: fiber-fiber coupler and beam bender or beam splitter.
Efficient coupling with fiber-fiber couplers
The FFC-R is one of our laser beam guidance components, which efficiently couples single or combined high-power laser beams of one or more wavelengths to the user's output fiber. Thanks to a free-space lens based coupling system ensures a reliable and repeatable transmission of the laser power into the user fiber. This means that the laser beam reaches the working area directly. This device is particularly suitable for coupling laser power into output fibers with a larger core and an output fiber to input fiber core ratio of ≥ 1.5.
Improved alignment through red laser diode
In addition, the FFC-R not only efficiently uses the power from the primary laser beam, but also has a red laser diode (LD), which is centrally coupled into the user's output fiber. This facilitates alignment and improves visibility. The FFC-R is also available without the red aiming light. In addition, a Class III B laser diode operating at 660 nm can be coupled with the same mechanical system of the coupler (FFC-660) can be efficiently coupled.
Flexible control with beam benders and beam splitters
beam bender (SB) and beam splitter (ST) are used to split and bend the laser beam to reach the working area and monitor the laser power. Our laser beam guidance components the SB series ensure a angular displacement of the reflected beam by 90° over a useful aperture of 15.5 mm. With a reflectivity of over 98 %, they are available in various wavelength options.
The ST series also allows an angular shift of the reflected beam by 90°, but over an aperture of 10.0 mm and with minimal lateral shift of the transmitted laser beam.
Advantages of the SB and ST series
The SB and ST series have several advantages. Firstly, they enable independent attitude of the right-angle beam splitter for precise and repeatable alignment. Secondly, the Removing and replacing the optics without affecting the alignment, which facilitates maintenance work. Thirdly, they have mounting holes front and side, which makes installation flexible. They are also available in a sealed construction constructed and consist of a structure of anodized aluminumThis ensures robustness and durability.
Our laser beam delivery components are ideal for industrial and scientific applications where precise transmission and control of laser beams is critical. By using these components, you can optimize your laser applications and make them more efficient.
If you have any further questions about the systems, please feel free to send us a non-binding inquiry. Further information about the products and all technical data sheets for each variant can be found here: LaserPoint.eu.
