Fiber-Tip and Connector-Integrated Micro-Optics
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Offering type ?
PRODUCT:
Component or system, which is commercialized. It is available for ordering multiple pieces and liability is assumed by the provider/seller. Necessary certification of the product was obtained (e.g. CE certification). The product sheet and/or conditions of use are defined.
PROTOTYPE:
Component or system, which has been successfully tested under real or real-like conditions. The prototype is not commercialized as the main purpose is to use it for demonstration and experimentation, including user and market acceptance.
TECHNICAL SERVICE:
Tools and processes and its combination, which are necessary to prepare and test prototypes or products.
- Production
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Market
- Healthcare & Life Sciences
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Manufacturing Pillar
- Wafer-scale
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Technology
- 3D printing
Organisation
Offering Description
Micro-optical elements 3D-printed directly on optical fibers. This enables freeform, segmented, and diffractive optical surfaces with excellent surface quality and precise alignment to the fiber mode field.
By printing the optics directly onto fiber tips or integrating them into common fiber connectors, we eliminate manual alignment steps and improve optical performance and robustness. Functional features such as absorbing structures and encapsulation can be integrated directly into the optical design. The use of highly transparent, low-fluorescence and biocompatible materials makes these solutions suitable for demanding sensing, imaging, and medical applications.
Offering Specifications
- Feature size: < 1 µm
- Optical surfaces: freeform, segmented, diffractive
- Surface roughness: < 10 nm RMS
- Shape accuracy: < diameter / 1000 (PTV)
- Alignment precision: direct alignment to fiber mode field with < 1 µm accuracy
- Integration options:
- Optics printed directly on fiber tips
- Direct integration into common fiber connectors
- Custom absorbing structures and encapsulation
- Materials: highly transparent polymers with low autofluorescence
- Biocompatibility: suitable for medical and life-science applications