Applications
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 imagingRealized with µFAB-3D.Advanced, in a collaboration with R. Galland - CNRS Bordeaux, France.
Optical focalisation by 3D-printed micro-lens magnetic actuationCourtesy 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)