Home Techical Marketplace Custom 3D-Printed Micro-Optical Components

Custom 3D-Printed Micro-Optical Components

  • 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
    • Design & Prototyping
  • Market
    • Other
  • Manufacturing Pillar
    • Wafer-scale
  • Technology
    • 3D printing
Custom micro-optical components using ultra-high-resolution 3D printing, enabling freeform and functional optical designs with optical-grade surface quality and seamless system integration.

Offering Description

Design and fabrication of custom micro-optical components using ultra-high-resolution 3D printing. Our technology enables complex freeform optics, including undercuts, with optical-grade surface quality and high dimensional accuracy.

By integrating optical, mechanical, and functional features – such as alignment-free mounting and absorbing structures – directly into the component, we reduce assembly complexity and eliminate alignment errors. Our highly transparent, low-fluorescence and biocompatible materials support demanding applications in imaging, sensing, and medical technology.

Offering Specifications

  • Size range: 20 µm to 4,5 mm
  • Optical surfaces: refractive, freeform, diffractive, and hybrid geometries
  • Freeform capability: almost unlimited complexity with undercuts possible
  • Surface roughness: < 10 nm RMS
  • Shape accuracy: < diameter / 1000 (PTV)
  • Materials: highly transparent polymers with low autofluorescence
  • Biocompatibility: suitable for medical and life-science applications
  • Functional integration:
    • Alignment-free mounting structures
    • Integrated absorbing structures without additional alignment steps
  • Manufacturing scale: rapid prototyping to full series production

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Custom 3D-Printed Micro-Optical Components

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