Description

The OPTOMAN PCV-R1500-UVFS-12.7-ET6.35-LLM313 is a precision plano-concave laser mirror engineered for demanding high-power laser applications at 1030 nm. Manufactured from premium UV fused silica and coated using advanced ion beam sputtering (IBS) technology, this mirror delivers greater than 99.95% reflectivity across the 1010–1060 nm wavelength range, ensuring exceptional optical efficiency, low absorption, and long-term durability.

Featuring a -1500 mm radius of curvature, 12.7 mm diameter, and 6.35 mm edge thickness, this mirror is optimized for beam shaping, resonator cavities, and industrial ultrafast laser systems. Its superior surface quality and high laser-induced damage threshold make it an excellent choice for OEM laser manufacturers, scientific research, and precision laser processing applications where reliability and stable optical performance are essential.

PCV-R1500-UVFS-12.7-ET6.35-LLM313 Plano-Concave UV Fused Silica Laser Mirror,

Specifications

Substrate Material: UVFS
Diameter: 12.7 mm
Edge Thickness: 6.35 mm
S1 Surface: Concave
S2 Surface: Flat
Radius Of Curvature, S1: -1500 mm
Radius Of Curvature, S2: Not Specified
Angle Of Incidence (AOI): 0 – 0 deg
Surface Quality, S1 (scratch-dig): 20-10
Surface Quality, S2 (scratch-dig): Commercial Polish
Surface Irregularity, S1/S2 (@ 633nm Over CA Or Per Manufacturer): <= Lambda/8
Max Centration Error: 3 arcmin
Reflectance (@ Peak Wavelength Range, @ AOI): 99.95 %
GDD R: Not Specified
Manufacturer Part Number (MPN): PCV-R1500-UVFS-12.7-ET6.35-LLM313
FindLight SKU: FL-24602

Got questions about specs? Use the inquiry form to ask.

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Features

  • Manufacturer Part Number: PCV-R1500-UVFS-12.7-ET6.35-LLM313
  • Plano-concave mirror with -1500 mm radius of curvature● Premium UV fused silica substrate for excellent thermal stability and low optical absorption
  • IBS dielectric coating providing HR >99.95% reflectivity from 1010–1060 nm
  • Optimized for 1030 nm laser systems
  • Designed for 0° angle of incidence
  • High laser-induced damage threshold for demanding high-power applications
  • 12.7 mm diameter with 6.35 mm thickness for straightforward integration into optical assemblies
  • Excellent wavefront quality (<λ/8 over clear aperture) for precise beam control
  • Suitable for continuous-wave, pulsed, and ultrafast laser systems requiring long-term coating stability.

Applications

  • High-power fiber laser systems
  • Ytterbium laser resonators operating near 1030 nm
  • Ultrafast laser beam delivery
  • Scientific laser laboratories
  • Precision micromachining and materials processing
  • Industrial laser manufacturing equipment
  • Optical cavity design and beam shaping
  • Research and photonics instrumentation
  • OEM laser system integration● Laser amplifier and oscillator assemblies

Export & Trade Information

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

Importing, tariffs & codes (Quick Guide) →

Frequently Asked Questions

What is the primary operating wavelength of this mirror?
The mirror is optimized for laser systems operating at 1030 nm and provides greater than 99.95% reflectivity across the 1010–1060 nm spectral range, making it ideal for ytterbium-based laser sources.
Why is UV fused silica used as the substrate?
UV fused silica offers excellent optical transmission, low thermal expansion, high laser damage resistance, and outstanding dimensional stability, making it a preferred material for precision high-power laser optics.
What does the -1500 mm radius of curvature indicate?
A negative radius of curvature signifies a plano-concave optical surface. The -1500 mm curvature provides gentle beam divergence or beam expansion characteristics commonly required in resonator and beam conditioning applications.
Is this mirror suitable for high-power industrial lasers?
Yes. The IBS dielectric coating is specifically designed for high-power laser applications, offering extremely high reflectivity, low absorption, excellent environmental durability, and long operational lifetime under demanding conditions.
Which industries commonly use this optical mirror?
This mirror is widely used in industrial laser manufacturing, scientific research, photonics laboratories, semiconductor processing, precision micromachining, medical laser development, and OEM laser system production where stable high-performance optical components are required.

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

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