Optical Glass Components
Infrared Optical Elements
Laser Lens
English
Mar 31-2025
Introducing our infrared optical ZnSe Powell lens coated customized, designed to revolutionize laser line generation for bulk purchase customers. Resembling a round prism with a curved roof line, this lens efficiently stretches a narrow laser beam into a uniformly illuminated straight line. Customized to your coating requirements, it ensures consistent and reliable performance in laser systems. Elevate your laser applications with our Powell lens design, tailored for large-scale needs.
| Name | Index of Refraction (nd) | Abbe Number (vd) | Density(g/cm3) | CTE (x 10-6/°C) | dn/dT (x 10-6/°C) | Knoop Hardness | Properties /Typical Applications |
| Zinc Selenide(ZnSe) | 2.403 | N/A | 5.27 | 7.1 | 61 | 120 | Low Absorption,High Resistance to Thermal Shock CO2 Laser Systems and Thermal lmaging |
Precise Beam Shaping: ZnSe Powell lenses offer precise control over beam shaping, crucial for laser cutting, welding, and marking applications.
Infrared Transparency: High transparency in the infrared spectrum enables use in thermal imaging and sensing applications.
Durable Construction: One of the standout features of our Infrared Optical ZnSe Powell Lens is its durable construction. Designed to withstand harsh environmental conditions, these infrared lenses are built from high-quality zinc selenide (ZnSe) material, which is known for its robustness and longevity.
Broad Spectral Range: Transmits wavelengths from mid-IR to far-IR, suitable for diverse laser applications.
Laser cutting with Powell lens design: Used in automotive manufacturing to achieve precise cuts on metal sheets.
Welding applications: Enhances the quality and stability of laser welding in aerospace component assembly.
Precision measurement using Powell lens design: Utilized in semiconductor fabrication for accurate wafer inspection.
Industrial manufacturing: Applied in textile industry for laser engraving and cutting of fabrics.
Scientific research: Facilitates high-precision experiments in optical physics and material science, often supported by leading infrared optics manufacturers.
Optical alignment and calibration: Essential in aligning optical systems in telecommunications equipment.
Enhanced performance with coated customized Powell lens for better beam uniformity in industrial manufacturing: Improves the consistency of laser marking on electronic components.
Design Concept: In every Powell Lens design example, we always adhere to customer needs as the core to ensure that each Powell Lens can achieve the best performance. We ensure the uniformity and stability of the beam through precise optical simulation and optimized design.
Technical Advantages: We use advanced aspheric design and high-precision manufacturing process to ensure the excellent performance of Powell Linse in beam shaping and uniformity. Our Powell Lenses can expand the laser beam into a uniform linear spot, which is suitable for a variety of high-precision applications.
Application Examples: Our Powell Lenses are widely used in laser scanning, projection display and industrial inspection. For example, in laser scanning systems, our Powell Lens design can provide high-precision linear spots to achieve fast and accurate scanning effects.
Customer Feedback: Many customers have highly praised our Powell Linse design and recognized the excellent performance and reliability of our products in practical applications. Our Powell Lenses perform well in actual operation and can maintain stable beam quality in various complex environments.
