Micro-Optics & Photonics

Micro-lenses spaced 100µm and 200µm over the tip of an optical fiber for transceivers applications.
Pillars were realized at low resolution for faster printing, and lenses at high resolution to get a smooth surface.
Realized with µFAB-3D.Advanced

Array of 20µm wide micro-lenses.
Courtesy of A. Banyasz et al. - ENS Lyon - CNRS.
Realized with µFAB-3D.Standard.

10x10 array of 150µm-wide micro-lenses.
Courtesy of C. Aldebert.
Realized with µFAB-3D.Advanced

10x10 arrays of 150µm-wide micro-lenses.
Courtesy of C. Aldebert.
Realized with µFAB-3D.Advanced

Automatic large area micromanufacturing of Fresnel microlenses for microoptics applications.
Courtesy of TT. Chung et al. - National Taiwan University.
Realized with µFAB-3D.Advanced.

Array of OrmoComp micro-wells for single cell high resolution imaging
Realized with µFAB-3D.Advanced, in a collaboration with R. Galland - CNRS Bordeaux, France.

Optical focalisation by 3D-printed micro-lens magnetic actuation
Courtesy of V. Vieille et al. - G2ELab (G-INP/Néel/CNRS).
Realized with µFAB-3D.Standard

Single lens printed on the tip of an optical fiber. Realized with µFAB-3D.Advanced.

Diffractive Optical Element (DOE)