Description

The OPTOMAN PCX-F300-UVFS-25.4-ET2.0-AR548-AR548 is a premium plano-convex laser lens engineered for high-performance ultrafast and high-power laser applications at 1030 nm. Manufactured from UV-grade fused silica (JGS1), this precision optical component combines excellent transmission, low absorption, and exceptional wavefront quality for demanding photonics systems. Its ion beam sputtered (IBS) anti-reflective coatings deliver surface reflectance below 0.1% on both optical surfaces, maximizing optical throughput while minimizing back reflections.

With a 300 mm focal length, high laser-induced damage threshold, λ/6 surface irregularity, and 20-10 scratch-dig surface quality, this lens is well suited for beam focusing, collimation, beam conditioning, and precision laser processing. The robust optical specifications make it an excellent choice for Yb:YAG femtosecond and picosecond laser systems used in industrial manufacturing, scientific research, and advanced photonics laboratories.

PCX-F300-UVFS-25.4-ET2.0-AR548-AR548 Plano-Convex UV Fused Silica Lens

Specifications

Lens Type: Plano-Convex
Material: UVFS
Diameter: 25.4 mm
Focal Length: 300 mm
Edge Thickness, Te: 2 mm
Surface Quality, S1/S2 (scratch-dig): 20-10
Surface Irregularity, S1/S2: <= Lambda/6
Manufacturer Part Number (MPN): PCX-F300-UVFS-25.4-ET2.0-AR548-AR548
FindLight SKU: FL-24712

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Features

  • Manufacturer Part Number: PCX-F300-UVFS-25.4-ET2.0-AR548-AR548
  • Plano-convex UV fused silica (JGS1) lens optimized for 1030 nm laser systems
  • Precision 300 mm focal length with ±1% tolerance for accurate beam control
  • Advanced IBS anti-reflective coating providing <0.1% reflectance on both optical surfaces
  • High laser damage threshold suitable for femtosecond and picosecond laser applications
  • λ/6 transmitted wavefront quality and 20-10 scratch-dig surface finish for excellent optical performance
  • 25.4 mm diameter with tight manufacturing tolerances for reliable system integration
  • Low absorption and excellent thermal stability for demanding industrial and scientific environments
  • Designed for minimal optical losses, reduced ghost reflections, and improved system efficiency

Applications

  • Beam focusing in Yb:YAG ultrafast laser systems operating at 1030 nm
  • Precision laser micromachining, drilling, cutting, and surface texturing
  • Beam expansion and beam conditioning assemblies
  • Harmonic generation and nonlinear optical experiments
  • Scientific spectroscopy and optical research laboratories
  • Laser scanning, metrology, and precision measurement systems
  • Semiconductor, electronics, and advanced manufacturing processes
  • OEM laser equipment integration and custom photonics instrumentation

Export & Trade Information

ECCN: EAR99
HTS Code: 9001.90.4000
Estimated US Tariff: 10%

Importing, tariffs & codes (Quick Guide) →

Frequently Asked Questions

What wavelength is this lens optimized for?
The lens is optimized for 1030 nm operation and features IBS anti-reflective coatings with less than 0.1% reflectance, making it ideal for Yb:YAG ultrafast laser systems.
What material is used for this plano-convex lens?
It is manufactured from UV-grade fused silica (JGS1), providing excellent optical transmission, low absorption, high thermal stability, and outstanding resistance to high laser intensities.
Can this lens be used with ultrafast femtosecond lasers?
Yes. The combination of high laser-induced damage threshold, premium surface quality, and low-loss IBS coatings makes it suitable for femtosecond and picosecond laser applications where beam quality must be preserved.
What are the primary applications for a 300 mm focal length plano-convex lens?
A 300 mm focal length is commonly selected for precision beam focusing, collimation, beam delivery, laser processing, harmonic generation, and laboratory optical systems requiring controlled beam propagation.
Why are IBS anti-reflective coatings beneficial for high-power lasers?
Ion Beam Sputtered coatings provide excellent coating durability, extremely low reflectance, low absorption, and high environmental stability, helping maximize optical efficiency while reducing unwanted reflections and thermal effects in high-power laser systems.

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

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