Polarisation maintaining module for optical systems
Discover Our Latest Innovation!
Optical techniques such as Raman spectroscopy, fluorescence or multiphoton microscopy, interferometry or quantum optics require a fine control of the light polarisation state.
Optical elements like mirrors, beam-splitter, dichroic mirror, filters, are most of the time used far from normal incidence, inducing a distortion of the polarization.
This invention solves this problem in a simple and efficient way.
Full correction off active optical element and corner mirrors in reflection and transmission
Preserve beam crossing : can replace any optical element without modification of the original setup
Compact design that can fit to standard microscopes
Works with any optical element like mirrors, dichroic filters, beam-splitters ...
Two elements in cascade on each channel improving filtering effect or allowing working with cheaper optical elements.
Microscopy Module
6 mm clear aperture
Compact design
Compatibility with most commercial microscopes
30 mm Cage Module
7 mm clear aperture
Compatible with 30 mm cage systems
Custom Design
We can tailor the module to meet your specific requirements
Groundbreaking Research Powered by Our Innovative Optical Module
Spin-Valve Effect in Junctions with a Single Ferromagnet
F. Yao et al., Nano Letters 25 (9), 3549-3555 (2025)
Brightened Optical Transition as Indicator of Multiferroicity in a Layered Antiferromagnet
V. Multian et al., Advanced Science, 2408343 (2025)
Moiré magnetism in CrBr3 multilayers emerging from differential strain
F. Yao et al., Nat Commun 15, 10377 (2024)
Multiple antiferromagnetic phases and magnetic anisotropy in exfoliated CrBr3 multilayers
F.Yao et al., Nat Commun 14, 4969 (2023)
Flat Moiré Bands in Twisted Bilayer
G. Gatti et al., Physical Review Letters 131 (4), 046401 (2023)
Contact us to learn more and see how this innovation can benefit you!
