355nm Working Wavelength N-BK7 UV Fused Silica Spherical Cylindrical Lens for

Product Description:

The Optical Glass Lenses product offers exceptional performance and versatility in a variety of applications, making it a valuable component for professionals in the optics and laser processing industries. With a working wavelength of 355nm, these lenses are designed to deliver optimal performance within a specific range, ensuring precise and reliable results.

One of the key features of these lenses is their impressive magnification options, ranging from 2x to 20x. This wide range of magnification levels allows users to choose the most suitable option for their specific needs, whether they require a closer look at details or a broader view of the subject matter.

Equipped with AR coating at 355nm, these lenses offer enhanced light transmission and reduced reflections, resulting in improved clarity and accuracy in imaging and laser applications. The coating ensures that the lenses maintain their performance levels even under challenging conditions, making them a reliable choice for demanding tasks.

Constructed from high-quality materials, the Optical Glass Lenses are made from N-BK7 and UV Fused Silica, known for their excellent optical properties and durability. These materials are carefully selected to provide the best combination of clarity, precision, and reliability, ensuring that the lenses deliver consistent performance over time.

One of the primary applications of these lenses is in achieving smaller and higher energy beam spots in laser processing applications. By utilizing the Optical Glass Lenses, professionals can enhance the quality and precision of their work, resulting in more accurate and efficient laser processing procedures.

Whether used as a half ball lens, optical beam expander lens, or optic glass optics, these lenses offer unparalleled performance and versatility. Their ability to adapt to different tasks and requirements makes them a valuable asset for professionals who demand the best in optical components.

Features:

• Product Name: Laser Beam Expander
• Coating: AR Coating At 355nm
• Applications: Achieving Smaller And Higher Energy Beam Spot In The Laser Processing Applications
• Customization: Supporting Customization
• Damage Threshold: >5J/cm2, 20ns, 20Hz, @1064nm

Technical Parameters:

Applications:

When it comes to optical components, STAR OPTIC's Optical Glass Lenses are a top choice for a variety of applications. These high-quality lenses, made from N-BK7 & UV Fused Silica materials, are perfect for achieving smaller and higher energy beam spots in laser processing applications.

One of the main product offerings is the Laser Beam Expander, designed for fiber coupling or collimating purposes. With AR coating at 355nm, these OPG lenses ensure optimal performance in laser systems.

Whether you need to expand a laser beam, achieve precise focusing, or enhance beam quality, STAR OPTIC's Optical Glass Lenses are the ideal solution. The half ball lens design of these lenses allows for efficient light manipulation and control.

These lenses are suitable for a wide range of industries and fields, including research laboratories, manufacturing facilities, and medical institutions. Whether you are working on laser cutting, engraving, or welding, these lenses can help you achieve the desired results with precision and accuracy.

STAR OPTIC's Optical Glass Lenses are RoHS and ISO9001 certified, ensuring high quality and reliability. With a minimum order quantity of 5pcs and negotiable pricing, these lenses offer flexibility and cost-effectiveness for both small and large-scale projects.

The packaging details ensure safe and dust-free delivery of the lenses, while the negotiable delivery time and payment terms (T/T, Western Union, Paypal) provide convenience and ease of transaction. With a supply ability of 50000pcs per month, STAR OPTIC can meet the demands of various customers and projects.

In conclusion, STAR OPTIC's Optical Glass Lenses, including the Laser Beam Expander, are the perfect choice for achieving precise and efficient light manipulation in laser processing applications. Their high-quality materials, advanced coating, and versatile design make them a valuable asset for any project requiring superior optical performance.