1. Basic Principle of Optical Wedge Lens

A lens with a cross-section that is wedge-shaped, its thickness varies in a single direction. This allows light to be reflected by an angle, thereby changing the direction of transmission of light. When scanning lasers this lens typically utilized to alter the angle of the beam of laser and thus alter the angle of deflection of laser beam during the scanning process as well as the speed of scanning.

2.Application of wedge lens in laser scanning

–Laser Marking

Laser marking is an industrial technique to mark marks on various types of materials. By using a wedge lens the angle of for the laser beam may be altered to alter the deflection angle and speed of the scanning laser beam, thereby enabling that the mark is made on material.

–Laser cutting

Laser cutting is also an industrial process that permits precise cutting on various materials. The wedge lens is able to adjust the angle of that the beam of laser which alters the deflection angle and the speed of deflection as well as speed of scanning, which results in precise cutting of materials.

–Laser Ranging

Distance measurement using lasers is popular method of measurement that is utilized to determine the dimensions and distance of objects. Utilizing wedge lenses allows you to adjust the angle of the beam of laser which alters its deflection angle beam as well as the speed at which it scans, and measure the distance for the item.

3.Considerations in the application of wedge lenses

–The width of the wedge lens must be adequate to permit reflection and reflection of light within the lens.

— If employing a wedge lens focus should be given at the angle of the beam of laser along with the tilt angle for the lens wedge to make sure it is deflected to the right angle as well as the speed of scanning are as anticipated.

— When using a wedge lens, pay attention to the scattering and reflection on the lens’s surface to ensure the accuracy and accuracy of the beam laser.

[Conclusion]

The wedge lens is an important function in laser scanning. It is utilized in a variety of situations like laser engraving, cutting, or laser scanning. In the actual application it is essential to be aware of factors like the size of the lens and the angle of incidence for the laser beam, and its tilt angle lens to make sure accuracy of laser beam as well as the speed of scanning match expectations.

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