Powell Lenses, 400 nm-1100 nm PWPD9-45-AB

Powell Lenses, 400 nm-1100 nm — Model PWPD9-45-AB

Operating wavelength 633 nm, Ø8.9 mm, substrate N-BK7.

Product Description

• Application: Forms a Straight Line with Uniform Energy Distribution
• Used for Ø0.8 mm Gaussian-Distributed Collimated Beams
• Multiple Divergence Angles Available: 30°, 45°, 60°, 75°, etc.

LBTEK Powell Lenses (also known as laser line-generating lenses) fan out collimated beams into one-dimensional straight laser lines. They redistribute the optical power of a Ø0.8 mm (1/e²) Gaussian collimated beam at 633 nm into a uniform line profile. Within the central 80% of the generated laser line, the non-uniformity is less than 30%. Compared to cylindrical lenses, Powell lenses eliminate the central hot spot and fading edges typical of Gaussian beam profiles, resulting in a more uniform line intensity. LBTEK offers Powell lenses with multiple fan angles and supports customization based on specific laser module requirements to achieve optimal line uniformity. For custom solutions, please contact LBTEK Technical Support.

Powell Lenses, 400 nm-1100 nm

• Anti-Reflection Coating: 400 nm-1100 nm
• Divergence Angle: 30°, 45°, 60°, 75°
• Collimates a Ø0.8 mm (1/e^2) Gaussian Beam

The LBTEK Powell Lense is made of N-BK7 material with an anti-reflection coating for 400 nm-1100 nm. It can be mounted to a rotation adjustment frame via the TAD-09 adapter to adjust the direction of the outgoing laser line. When used with a He-Ne laser HNL-2-RP, the 400 nm-1100 nm circular Powell prism achieves optimal laser line uniformity. Using other wavelengths or beam diameters may result in suboptimal performance.