High Power Laser Line Right Angle Prism
- Dimensional Tolerance (mm): +0.00/-0.10
- Angle Tolerance (arcsec): ±40
- Surface Quality: 20-10
- Pyramid Tolerance (arcmin): ±1
- Ray Deviation (°): 90
What is a High Power Laser Line Right Angle Prism?
A High Laser Line Right Angle Prism is a precision optical prism designed to reflect or deviate light beams at 90° or 180°.
These right angle prisms are manufactured from high-damage-threshold materials. Therefore, they are specially optimized for high-power laser line applications, ensuring stable beam guidance and minimal energy loss.
They have a relatively low arc-second angle tolerance.
Therefore, they are highly suitable for laser applications that require precise alignment.
Advantages of High Power Laser Line Right Angle Prisms
- Optimized for Specific Laser Wavelengths-It is based on total internal reflection.
- Stable 90° or 180° Deviation without image distortion.
- Resistant to High Energy Density with minimal risk of laser-induced damage. It is suitable for laser applications.
- Customizable in size, coating, and material (UV Fused Silica, N-BK7, CaF₂, ZnSe).
- Long-Term Reliability under high-power and high-repetition laser use.
Applications of High Power Laser Line Right Angle Prisms
- High Power Laser Systems
Also, it is applicable in laser systems to change the direction of light and make it change by 90 degrees.
- Laser Machining and Material Processing
Applied in cutting, welding, engraving, and marking systems.
- Optical Instruments and Alignment
Used in interferometers, metrology systems, and laser alignment devices.
- Medical and Life Sciences
Guides laser beams in medical imaging, surgery, and biomedical research instruments.
- Military, Aerospace, and Defense
Also,it is reliable for beam deviation in targeting, guidance, and high-energy laser applications.
Also, the most advanced production equipment enables us to ensure that every custom right-angle prism ordered meet the clients’ requirments.
Therefore, if you have any requirmentsm please contact us or view other prisms.