RPC-632-08 632 ±20 nm, Ø25.4 mm S-waveplate (Radial Polarization Converter), CA = 8 mm, T >50%

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RPC-632-08 632 ±20 nm, Ø25.4 mm S-waveplate (Radial Polarization Converter), CA = 8 mm, T >50%
3 250,00 $US
S-waveplate is a super-structured waveplate which converts linear polarization to radial or azimuthal polarization. Production of S-waveplate is based on unique laser nano-structuring technique developed by prof. Peter G. Kazansky group from Optoelectronics Research Centre at Southampton University.



Download Operation manual (PDF)

Download S-Waveplate brochure



Radial polarization enables focusing laser beam into a smaller spot size. Radially polarized beam improves processing quality, reducing the distortions affecting the edge quality of the machined structures. Moreover, radially polarized beam is more efficient at drilling and cutting high-aspect-ratio features. It is also applicable in optical tweezers, laser micromachining, STED microscopy, two-photon excitation fluorescence microscopy.
Ouverture utile, mm 8
Transmission, % >50%
Longueur d'onde, nm 632 ±20
Delivery 2-4 weeks
Description

Détails

S-waveplate is a super-structured waveplate which converts linear polarization to radial or azimuthal polarization. Production of S-waveplate is based on unique laser nano-structuring technique developed by prof. Peter G. Kazansky group from Optoelectronics Research Centre at Southampton University.

Download Operation manual (PDF)
Download S-Waveplate brochure

Radial polarization enables focusing laser beam into a smaller spot size. Radially polarized beam improves processing quality, reducing the distortions affecting the edge quality of the machined structures. Moreover, radially polarized beam is more efficient at drilling and cutting high-aspect-ratio features. It is also applicable in optical tweezers, laser micromachining, STED microscopy, two-photon excitation fluorescence microscopy.
Fonctionnalités
  • Converts linear polarization to radial or azimuthal
  • Can be used to create an optical vortex
  • High damage threshold
  • Nearly 100% efficiency in polarization conversion for dedicated wavelengths
  • 50-90% transmission (AR coatings applicable)
  • Large aperture possible (up to 10 mm or bigger; standard is 4 mm)
  • No glued components – more resistant to heat
  • No “ineffective center” problem
OU