Get inspired.

Multiphoton Optics has developed and optimized processes to produce basic functional structures that can be integrated in a variety of components.

 

 

 

Speaks for itself.
Geometric Structures Zoom.
Pyramids.
2.5D Geometric Structures.
Cones.
Example of an eight-stage diffractive optical element (DOE) that can shape, split and focus laser beams or project complex patterns, and is used in laser sensors such as LiDAR or motion detection.
Microlens printed directly on the laser facet: On-device printing via Multiphoton Optics‘ TPP allows the further miniaturization of components. In cooperation with nanoplus Nanosystems and Technologies GmbH.
Microlens on LED for applications in microoptics and photonic packaging.
Microlens array with varying sizes and shapes for imaging and sensor applications.
Waferscale Microoptics.
Waferscale Microoptics. Customer Use Case.
Wafer during fabrication.
Test array.
Lens packaging options.
Lensbox system.
Lensbox Zoom 1.
Lensbox Zoom 2.
Woodpiles.
Metalens for visible light.
Metalens zoom.
Metastructures.
Lens stack for applications in endoscopy / biomedical engineering.
Microfluidic Reactor.
Microfluidic Reactor (Source: Laser Magazine 05/2019, Title Page).
Endothel Cells (SPP 1327 - Heike Walles (formerly University of Würzburg/Germany), Ruth Houbertz (formerly Fraunhofer ISC, Würzburg/Germany).
Picture of a scaffold structure, made by Multiphoton Optics, from project Poly-Implant-Druck, Grant FKZ 13XP5089D
SEM picture of the area of the separation layer of a scaffold, from the Poly-Implant-Druck project, Grant FKZ 13XP5089D
Microlens Array in Optical Characterization Setup.
Microlens Array Compared to 2 Euro Coin.
Snowflake.
Miniature Windmill Rotor.
Clockwork, Courtesy of Rolf Lang Clock Manufacture.
Mechanical Components of a Clockwork.
EPIC* Pumpkin (for Halloween) (*European Photonics Industry Consortium).
Football Helmet.
SB 53 Logo and League Shield.
Geometric Structures.
Prism Structures used for Mastering.
Prims Structures zoomed in.
High Aspect Ratio.
High Aspect Ratio 20-1.
Vertical Lens System: Our maskless 3D lithography enables the fabrication of complex structures in a single process step. The SEM image exemplarily shows the capability to generate lens systems for novel imaging or illumination applications.
Vertical Lens.
Prism Structure.
Prism Structure Guiding Light.
Microlens array for imaging and sensor products in all types of microoptic application scenarios.
Fresnel lens for microoptics and biomedical engineering applications: Camera applications, illumination, distance measurement (LiDAR), and medical devices.
Microlens.