Technical 3D Printing for Prototypes

Technical 3D Printing for Prototypes

Additive Manufacturing for Photonics and Medical Technology: From Concept to Functional Model.

In photonics, every micrometer counts—and in medical technology, every decision matters. Our technical 3D printing is engineered to meet these demands. At FOS Inon Fiber Optics, we utilize additive manufacturing not as a gimmick, but as a high-precision tool for real-world technological challenges.

Rapid Prototyping with Depth

The path from a CAD file to a functional prototype has never been faster, yet so meticulously planned. Whether creating functional 3D-printed prototypes for medical devices or complex photonic components, we enable iterative design in the shortest possible time. This is particularly crucial in the early stages of product development, where validation and optimization must go hand in hand.

Our prototypes demonstrate not only “form and fit” but also “function”: they are durable, dimensionally stable, and precise—ready for the next test setup.

Additive Manufacturing for Photonics

The requirements in the optical industry are complex—just like our solutions. Our 3D printing service produces mechanically and thermally stable structures with optical precision:

  • Mounts for fiber optics
  • Housings for miniaturized sensor technology
  • Prototypes for integrated optical systems

We understand opto-mechanical design, not just printing technology. This enables us to develop photonic components where geometry, material selection, and function are perfectly coordinated.

3D Printing in Medical Technology

In the field of medical technology, we create patient-specific prototypes and components with high dimensional accuracy. This is ideal for:

  • Functional design validation
  • Surgical planning models
  • Development of novel medical devices

Through our experience with materials, biocompatibility, and smooth surfaces, we hit the sweet spot between feasibility and medical relevance.

Our Specialty: 3D-Printed Sensor Housings

Sensitive optoelectronic sensor systems deserve tailor-made solutions. Our 3D-printed sensor housings combine protection, functionality, and a precise fit—even in confined installation spaces. This is particularly relevant in photonic measurement technology and for miniaturized light sources.

Why Choose Light Guides from FOS Inon Fiber Optics?

Quality “Made in Germany” pays off. Thanks to our proprietary manufacturing and testing processes, we offer custom solutions for numerous applications, from laboratories to aerospace.

Excellent Performance

Optimal performance across various spectral ranges (white light, UV, NIR), achieved through state-of-the-art manufacturing processes and custom concepts tailored specifically for your application area.

Temperature-Resistant

Whether for cold or warm application environments, thanks to special jacketing, our glass fibers remain stable at temperatures ranging from -190°C to 390°C.

Acid-Resistant

Our light guides withstand adverse conditions thanks to their high chemical resistance.

Stabil & flexible

Durch die Flexibilität der Lichtleiter macht Ihnen Druck nichts aus. Die Biegefestigkeit ist enorm und sehr kleine Biegeradien sind möglich, so bleiben die Lichtleiter lange sicher im Einsatz.

Sustainable

FOS INON Optics is committed to using the most environmentally friendly manufacturing, logistics, and communication processes possible. Think green!

Support and Experience

You are not just buying a product; you are benefiting from our expertise and extensive experience in the fiber optics industry. Our team of experts is happy to advise you and will support you in the planning and implementation of your projects.

Manufacturing Process

To ensure our light guides and fiber optic products meet the highest standards, we rely on a specialized manufacturing process. This allows us to guarantee exceptional chemical and tactile robustness so they can perform optimally in their respective environments. Precision is a critical factor in this, true to our motto: “Making the impossible happen.”

Materials Used

  • Borosilicate: Glass with high temperature resistance and chemical resilience.
  • PMMA (Polymethylmethacrylate): A thermoplastic, lightweight plastic with high light transmittance.
  • Silica-Hard Clad: A robust plastic coating for improved strength and durability.
  • Silica-Silica for UV and NIR Wavelengths: Our specialized glass fibers, optimized for the transmission of light in the ultraviolet (UV) and near-infrared (NIR) ranges.

Optional Specifications:

  • Various apertures available
  • Polarization can be maintained
  • Anti-reflection coating possible
  • Various lengths, diameters, bending radii, converters, and vacuum feedthroughs optional
  • Various connectors and ferrules suitable for industry and medicine

Applications

Feel free to contact us to discover how we can lead your projects in medical technology and photonics to success.

Technical 3D Printing for Prototypes:

  • 3D Printing of Medical Prototypes
  • 3D-Printed Photonic Components
  • Technical 3D Printing Service
  • Rapid Prototyping for Medical Devices
  • 3D Printing for Optical Systems
  • Additive Manufacturing for Photonics
  • Functional 3D-Printed Prototypes
  • 3D Printing Service for Sensor Housings
  • … and much more!

Learn More

Do you require further information, a customized quote, or expert consultation for your project? We are at your disposal at any time.der eine fachkundige Beratung für Ihr Projekt? Wir stehen Ihnen jederzeit zur Verfügung.

Contact Us

Our certification to ISO 9001:2015, achieved less than two years after the company’s founding, proves that our commitment to quality is not just an idea. We provide our customers not only with the promise of quality and reliability, but also with certified assurance.