CN13345_LENINA-M

CN13345_LENINA-M is an optical reflector used to project laser beams. It is a type of cylindrical mirror which consists of several layers of silicon and aluminum layers that are tuned to the same wavelength as the laser beam being sent through the mirror. The layers act as a prism to reflect the laser beam from different angles, making the beam spread and cover a wide area.

In contrast to traditional planar reflectors, the CN13345_LENINA-M has a significantly lower reflectivity for shorter wavelengths. As a result, it is optimized to function with higher power lasers, and can achieve highly efficient beam projection. Moreover, the unique structure of its reflective layers enables it to ensure that the power density of the laser emitted from the reflector is uniform and within the required range of target illumination.

The CN13345_LENINA-M offers several advantages which other reflectors lack. The first of which is that its reflectivity is relatively stable to changes in temperature. For the most part, other types of reflectors require frequent adjustments in order to maintain the desired power level of the laser. By contrast, the CN13345_LENINA-M requires no such adjustments, making it more reliable. Secondly, as a cylindrical reflector, the CN13345_LENINA-M offers excellent control over the spread of the laser beam, making it ideal for applications requiring beam pattern control and projection.

The CN13345_LENINA-M works by reflecting the laser beam off of its reflective layers. The multiple layers act as a prism, reflecting the laser beamfrom different angles, creating a wide-angle beam projection. The angle of the beam’s spread is controlled by the arrangement of the reflective layers, which in turn affects the power density of the beam. The reflective layers are optimized to maintain a high level of efficiency, even when different laser wavelengths are used.

The CN13345_LENINA-M is mainly used for industrial laser applications including laser cutting, welding, and machining. It is also used in medical and scientific fields, specifically for laser ablation and imaging. The CN13345_LENINA-M has also been successfully applied to other industries such as entertainment and military.

In conclusion, the CN13345_LENINA-M is an efficient reflector that is well-suited for high-power laser applications. Its reflective layers provide excellent beam projection, uniform power density, and excellent beam pattern control. Moreover, unlike other reflectors it is relatively stable to temperature changes and requires no frequent adjustments.