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Supporting Customization Optical Collimating Lens for Achieving Smaller And Higher Energy Beam Spot In Laser Processing Applications

Basic Properties
Place of Origin: wuhan
Brand Name: STAR OPTIC
Certification: RoHS, ISO9001
Trading Properties
Minimum Order Quantity: 5pcs
Price: Negotiable
Payment Terms: T/T, Western Union, Paypal
Supply Ability: 50000pcs/Month
Product Summary
Product Description: Introducing our high-quality Optical Glass Lenses, designed to meet your precision optical needs with exceptional clarity and performance. These lenses are crafted with top-notch materials and advanced technology to provide superior results in various applications. The Optical ...

Product Details

Highlight:

custom optical collimating lens

,

laser processing collimating lens

,

high energy beam spot lens

Coating: AR Coating At 355nm
Magnification: 2x, 3x, 4x, 5x, 10x, 20x
Damage Threshold : >5J/cm2, 20ns, 20Hz, @1064nm
Applications: Achieving Smaller And Higher Energy Beam Spot In The Laser Processing Applications
Product Name: Laser Beam Expander
Usage: Fiber Coupling Or Collimating
Working Wavelength: 355nm
Material: N-BK7 & UV Fused Silica
Product Description

Product Description:

Introducing our high-quality Optical Glass Lenses, designed to meet your precision optical needs with exceptional clarity and performance. These lenses are crafted with top-notch materials and advanced technology to provide superior results in various applications.

The Optical Glass Lenses are specially engineered for a working wavelength of 355nm, ensuring optimal performance in a specific range of light frequencies. This targeted wavelength capability makes these lenses ideal for applications requiring precise light manipulation and control.

With a damage threshold of >5J/cm2 at 20ns and 20Hz when used at 1064nm, these lenses are built to withstand high-energy laser applications. This exceptional damage threshold ensures the longevity and durability of the lenses, making them reliable and long-lasting for your demanding optical tasks.

Available in magnifications of 2x, 3x, 4x, 5x, 10x, and 20x, our Optical Glass Lenses offer a wide range of options to suit diverse magnification needs. Whether you require subtle magnification or significant enlargement, these lenses provide clear and precise imaging for your specific requirements.

Our lenses are made from top-quality N-BK7 and UV Fused Silica materials, known for their excellent optical properties and durability. The use of these premium materials ensures that our lenses deliver exceptional performance, clarity, and reliability, meeting the highest standards of optical glass material in the industry.

For further customization options, our Optical Glass Lenses support customization to meet your unique specifications and requirements. Whether you need specific coatings, sizes, or configurations, we can tailor these lenses to suit your individual needs, providing you with customized solutions for your optical projects.

These Spherical Cylindrical Lens designs offer precise optical performance, making them suitable for a wide range of applications such as microscopy, imaging systems, laser processing, and more. The versatility and quality of these Glass Optical Lenses make them essential tools for professionals in various industries.

Experience the exceptional quality and performance of our Optical Glass Lenses, crafted with precision and expertise to deliver outstanding results in your optical applications. Explore the possibilities with our lenses and unlock new levels of clarity and precision in your projects.


Features:

  • Product Name: Laser Beam Expander
  • Working Wavelength: 355nm
  • Applications: Achieving Smaller And Higher Energy Beam Spot In The Laser Processing Applications
  • Usage: Fiber Coupling Or Collimating
  • Magnification: 2x, 3x, 4x, 5x, 10x, 20x

Technical Parameters:

Technical Parameter Value
Usage Fiber Coupling Or Collimating
Damage Threshold >5J/cm2, 20ns, 20Hz, @1064nm
Coating AR Coating At 355nm
Applications Achieving Smaller And Higher Energy Beam Spot In The Laser Processing Applications
Product Name Laser Beam Expander
Customization Supporting Customization
Working Wavelength 355nm
Magnification 2x, 3x, 4x, 5x, 10x, 20x
Material N-BK7 & UV Fused Silica

Applications:

When it comes to optical glass lenses, the STAR OPTIC brand stands out for its quality and reliability. Originating from Wuhan, these lenses are certified with RoHS and ISO9001 standards, ensuring their compliance with environmental and quality management requirements. With a minimum order quantity of 5pcs, these lenses offer flexibility in purchasing options.

The product, named Laser Beam Expander, is made from N-BK7 & UV Fused Silica, known for their high optical quality and durability. Designed to work at a working wavelength of 355nm, these lenses are suitable for various applications.

The Optical Glass Lenses are perfect for a range of occasions and scenarios. The Spherical Cylindrical Lens is ideal for applications requiring precise focusing or collimation of light beams. Whether it's in research labs, industrial settings, or educational institutions, these lenses provide excellent performance.

Moreover, the Optical Collimating Lens is another essential component for applications that require parallel light beams such as in laser systems or optical instruments. With a damage threshold of >5J/cm2 at 1064nm, these lenses offer durability even in high-energy environments.

Customers can benefit from the customization option offered by STAR OPTIC, allowing them to tailor the lenses to specific requirements. The supply ability of 50000pcs per month ensures a steady availability of these high-quality lenses.

Packaged with care in safe and dust-free packing, these lenses are delivered within a negotiable timeframe. Customers can choose from payment options like T/T, Western Union, or Paypal, making transactions convenient.

In conclusion, the STAR OPTIC Optical Glass Lenses, with their superior quality, precise performance, and versatile applications, are a reliable choice for professionals and enthusiasts in the optical industry.


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