µ-GRIN optics: New versatile µ-imprinting process of refractive index gradient

AQUITAINE SCIENCE TRANSFERT



12 Février 2018

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Fields

Physics Engineering

Sectors

Chemicals, Materials & Plant-based Materials
Aerospace & Defence
Automation
Electronics & Security
Energy & Electricals
NICT

APPLICATIONS

This technology is a new imprinting method allowing to manufacture micro-GRIN optics (micro-lenses, waveguides…) with unique properties useful in many fields as:

  • Infrared camera,
  • Microscopy,
  • Plenoptic camera,
  • Laser applications,
  • CMOS and CCD sensors,
  • Photovoltaic.

DESCRIPTION

The optical elements are directly formed on a wide variety of vitreous compositions to target transmission from visible to mid-IR spectral domain.

BENEFITS

Transmission window: visible or mid-IR (350 nm to 10 µm) depending on the glass composition
Large variety of structures (dots, squares, lines…) from 2 µm to 300 µm – on demand.

IP

This technology is the subject of a European patent application

MATURATION

This invention was the subject of a maturation by Aquitaine Science Transfert

 

 

 

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