Description

The OPTOMAN PP-UVFS-12.7-6.35-LLM121 is a precision UV laser mirror engineered for reliable beam steering and reflection in demanding ultraviolet laser systems. Manufactured with a UV fused silica substrate and advanced ion beam sputtering (IBS) dielectric coating technology, this optical mirror provides excellent reflectivity, low absorption, and high durability for precision photonics applications.

Featuring a compact 12.7 mm diameter and 6.35 mm thickness design, the PP-UVFS-12.7-6.35-LLM121 is optimized for integration into UV laser setups requiring stable optical performance, accurate beam positioning, and long operational lifetime. Its high-quality surface finish and robust coating technology make it suitable for scientific research, industrial laser processing, and OEM laser systems where optical reliability is essential.

PP-UVFS-12.7-6.35-LLM121 UV Laser Mirror

Specifications

Diameter: 12.7 mm
Thickness: 6.35 mm
Wavelength Range: 1030 – 1030 nm
Clear Aperture (CA): 80 %
Substrate Material: UV Grade Fused Silica
Angle Of Incidence (AOI): 45 – 45 deg
Surface Quality, S1 (scratch-dig): 10-5
Surface Quality, S2 (scratch-dig): Inspection Polished
Surface Flatness Over CA, S1 (@633nm Or Per Manufacturer): Lambda/8
Surface Flatness Over CA, S2 (@633nm Or Per Manufacturer): Unspecified
Parallelism: 0.17 arcmin
S1 Surface: Coated
S2 Surface: Uncoated
Reflectivity (HRs @ AOI, @ Peak Wavelength): 99.9 %
Reflectivity (HRp @ AOI, @ Peak Wavelength): 99.9 %
GDD Rs @ AOI, @ Peak Wavelength: 10 fs^2
GDD Rp @ AOI, @ Peak Wavelength: 20 fs^2
Manufacturer Part Number (MPN): PP-UVFS-12.7-6.35-LLM121
FindLight SKU: FL-24464

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Features

  • High-quality UV fused silica substrate for excellent UV transmission and thermal stability
  • Advanced ion beam sputtering (IBS) dielectric coating for enhanced reflectivity and durability
  • 12.7 mm diameter and 6.35 mm thickness configuration for compact laser assemblies
  • Designed for precision UV laser beam steering and folding applications
  • Excellent surface quality and optical flatness for minimizing wavefront distortion
  • High laser damage resistance suitable for demanding UV laser environments
  • Compatible with OEM laser modules, research systems, and industrial photonics platforms

Applications

  • UV laser beam steering and folding systems
  • Ultraviolet laser marking and engraving equipment
  • Precision micromachining and material processing
  • Third-harmonic generation laser systems
  • Scientific research laser setups
  • OEM UV laser modules and photonics instrumentation
  • High-power and ultrafast laser optical assemblies

Export & Trade Information

ECCN: EAR99
HTS Code: 9001.90.6000
Estimated US Tariff: 10%

Importing, tariffs & codes (Quick Guide) →

Frequently Asked Questions

What type of optic is the OPTOMAN PP-UVFS-12.7-6.35-LLM121?
The OPTOMAN PP-UVFS-12.7-6.35-LLM121 is a UV laser mirror designed to reflect ultraviolet laser wavelengths with high efficiency. It uses a UV fused silica substrate combined with an advanced dielectric coating for demanding laser applications.
What are the advantages of UV fused silica for this laser mirror?
UV fused silica provides excellent transmission in the ultraviolet spectrum, low thermal expansion, and strong resistance to thermal stress, making it a preferred substrate material for precision UV laser optics.
What coating technology is used on the PP-UVFS-12.7-6.35-LLM121 mirror?
This mirror uses ion beam sputtering (IBS) coating technology, which enables highly durable optical coatings with excellent reflectivity, low absorption, and improved resistance to laser-induced damage.
Can this UV laser mirror be used in industrial laser systems?
Yes. The PP-UVFS-12.7-6.35-LLM121 is designed for integration into industrial and scientific UV laser systems, including beam delivery assemblies, laser processing equipment, and OEM optical modules.
Why choose an OPTOMAN laser mirror for UV applications?
OPTOMAN laser mirrors are manufactured using advanced coating technologies focused on high optical performance, reliability, and long-term stability in demanding laser environments.

Got more questions? Use the inquiry form to ask the supplier directly.

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