Description

The OPTOMAN PCV-R1000-UVFS-25.4-ET6.35-LLM126-AR439 is a premium plano-concave laser mirror engineered for demanding infrared laser applications operating between 1600 nm and 1690 nm. Manufactured on a high-quality UV fused silica substrate using advanced Ion Beam Sputtering (IBS) technology, this optical mirror delivers exceptional reflectivity exceeding 99.999%, outstanding coating durability, and long-term optical stability.

Designed with a -1000 mm radius of curvature, 25.4 mm diameter, and optimized for 5° angle of incidence, this precision mirror provides excellent wavefront preservation and minimal optical losses. Its superior surface quality and low surface irregularity make it an ideal choice for high-performance laser systems requiring reliable beam control, cavity optics, and infrared photonics applications in industrial, scientific, and research environments.

PCV-R1000-UVFS-25.4-ET6.35-LLM126-AR439 Plano-Concave IBS Laser Mirror for 1600–1690 nm

Specifications

Substrate Material: UVFS
Diameter: 25.4 mm
Edge Thickness: 6.35 mm
S1 Surface: Concave
S2 Surface: Flat
Radius Of Curvature, S1: -1000 mm
Radius Of Curvature, S2: Not Specified
Angle Of Incidence (AOI): 5 – 5 deg
Surface Quality, S1 (scratch-dig): 10-5
Surface Quality, S2 (scratch-dig): 20-10
Surface Irregularity, S1/S2 (@ 633nm Over CA Or Per Manufacturer): <= Lambda/8
Max Centration Error: Not Specified
Reflectance (@ Peak Wavelength Range, @ AOI): 99.999 %
GDD R: Not Specified
Manufacturer Part Number (MPN): PCV-R1000-UVFS-25.4-ET6.35-LLM126-AR439
FindLight SKU: FL-24592

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

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Features

  • Manufacturer Part Number: PCV-R1000-UVFS-25.4-ET6.35-LLM126-AR439
  • Plano-concave laser mirror with -1000 mm radius of curvature
  • Optimized for 1600–1690 nm infrared wavelength range
  • Ultra-high HR reflectivity >99.999% for maximum optical efficiency
  • UV fused silica substrate offering excellent thermal and mechanical stability
  • Advanced Ion Beam Sputtering (IBS) dielectric coatings for superior durability
  • Designed for 5° angle of incidence
  • Surface irregularity better than λ/8 @ 633 nm
  • High optical surface quality suitable for precision laser systems
  • 25.4 mm (1") diameter with 6.35 mm edge thickness
  • Ideal for high-power and precision infrared laser applications

Applications

  • Fiber laser systems operating around 1.6 µm
  • Eye-safe laser sources
  • Optical resonators and laser cavities
  • Optical parametric oscillators (OPO)
  • Beam focusing and cavity folding optics
  • Scientific spectroscopy instruments
  • LIDAR and remote sensing systems
  • Telecommunications and photonics research
  • Industrial infrared laser processing
  • University and laboratory optical experiments

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 operating wavelength of this laser mirror?
The mirror is optimized for high-reflectivity operation across the 1600–1690 nm wavelength range, making it suitable for infrared laser systems centered around 1.6 µm.
What advantages does the IBS coating provide?
Ion Beam Sputtering produces dense, highly durable dielectric coatings with extremely low optical losses, excellent environmental stability, and consistent performance under demanding laser operating conditions.
Can this mirror be used in high-power laser systems?
Yes. Its IBS coating technology, UV fused silica substrate, and ultra-high reflectivity make it well suited for high-power infrared laser applications where optical durability and low absorption are essential.
What does the -1000 mm radius of curvature mean?
The mirror features a plano-concave surface with a -1000 mm radius of curvature, corresponding to an approximate focal length of -500 mm. This geometry is commonly used for beam shaping, cavity design, and resonator configurations.
Which applications benefit most from this mirror?
This mirror is ideal for infrared fiber lasers, optical resonators, spectroscopy systems, optical communication research, scientific instrumentation, LIDAR development, and other precision photonics applications requiring extremely high reflectivity and excellent wavefront quality.

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

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