Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optics - Lenses

BB3-CW Application Field and Working Principle

BB3-CW is an extremely high power for its size and weight, and one of the most innovative designs in the world of optics. It is a circularly polarized beam combiner designed to double the power output of a single laser beam, while maintaining the same beam waist and average brightness. This technology makes it ideal for applications such as medical laser, illumination, and laser welding.The basic principle of the operation of the BB3-CW is similar to that of a conventional circularly polarized beam combiner. The dual beams from the two lasers (input beams) are pre-polarized, collimated, and aligned before being combined together in a specialized optical cavities. This cavity is designed such that the states of the dual input beams are coherently combined, resulting in a double power output beam with the same beam ellipticity and average brightness.The BB3-CW design also allows for dynamic control of the beam combiner, allowing the user to adjust the input beams for the purpose of optimizing the output power. For example, one can choose to increase the power output by adjusting the wavelength of the input beams, or the polarization of the beams.The BB3-CW design makes use of a single opto-mechanical element called a polarizer, which is placed at the input plane of the beam combiner and configured to reflect only one of the two input beams. This mechanism ensures that the two input beams are orthogonally polarized, thus significantly increasing the power output of the combiner, while maintaining a high level of beam polarization.The integrated design of the BB3-CW also makes it extremely compact, providing a significant decrease in size and weight compared to conventional beam combiners. This is a major advantage for applications that require portability, such as airship projects, as these designs need to be compact. Furthermore, the static design also requires no alignment or adjustments, thus reducing the time needed for setup and operation.The combination of an optimal design, small size, and high power output makes the BB3-CW an ideal choice for any application that requires circularly polarized beams at high power output. Its compact size and low operational cost make it suitable for a variety of applications, including medical laser, illumination, and laser welding.

The specific data is subject to PDF, and the above content is for reference