3D Additive Manufacturing of Micro Optics

  • 3d additive manufacturing of micro optics Complex_shaped_D_01
    Hybrid refractive-diffractive element
  • 3D additive manufacturing Lenses_01
    Lenses
  • 3D additive manufacturing Prisms_01
    Prisms
  • 3D additive manufacturing Spiral_phase_plates_01
    Spiral phase plates
  • 3D additive manufacturing Segmented_phase_plates_01
    Segmented phase plates
  • 3D additive manufacturing Fresnel_lenses_fraxicons_01
    Fresnel lenses fraxicons
  • 3D additive manufacturing Arbitrary_shape_arrays_A_01
    Arbitrary shape arrays of elements
  • 3D additive manufacturing Complex_shaped_B_01
    Complex shaped multifunctional optics
  • Optical fiber lensed using MPP

3D additive manufacturing of micro optics, in other words multiphoton polymerization (MPP) is a unique technology for 3D structuring of micron scale objects with nanometer precision co-developed with Vilnius University Laser Research Center.

3D additive manufacturing of micro optics features:
  • Writing resolution: 200 nm – 10 μm
  • Variety of polymers available
  • Fabrication of complex 3D objects
  • Repeatability and stable workflow
  • Precise control of self-polymerization

For more information download detailed description of 3D additive manufacturing.

Pictures of structures provided by courtesy of Mangirdas Malinauskas, Vilnius University Laser Research Center.
 
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