Sensor Technology
Kompetenz in Glasfasern / Lichtfasern / Lichtleitern / Lichtleitfasern / Lichtwellenleitern…
With over 30 years of experience, we are your expert partner for high-quality fiber optic cables and sensor technology. At our location in Aßlar, we develop and manufacture customized solutions – from prototypes to large-scale production. Whether for laser technology, microscopy, or industrial process control: We guarantee the highest precision according to ISO 9001 and offer flexible adaptations for demanding environments.
Many Terms / for the Same Technology
We use this terminology:
- Optical fiber = raw fiber
- Fiber optic bundle = component of the fiber optic cable
- Fiber optic cable = light transmission cable
For over 30 years, we have been developing, manufacturing and assembling fiber optic cables in Aßlar from a wide variety of glass, quartz and plastic optical fibers for applications in optoelectronic sensor technology, laser technology and microscope illumination – in direct dialogue with our OEM customers. In addition, we manufacture coiled fiber optic bundles and extruded fiber optic cables in endless lengths, which our customers assemble themselves.
As experts in the field of development, manufacture and distribution of fiber optic components, we offer our customers special developments and prototypes in the shortest possible time, as well as larger series production according to the DIN ISO 9001 quality standard.
Sensor Fiber Optic Cables / from Synova
Fiber optic sensors are special transducers for optical measuring methods. The basis is the use of optical fibers as a medium for signal transmission of light, usually in the infrared wavelength range. The measuring methods work without contact, and the change in various parameters of the light used is evaluated. These include, above all, the intensity, wavelength (color) and polarization, as well as the transit time of the signals.
Due to the fiber-specific advantages such as small dimensions, low weight, no electrical or magnetic components and resistance to external electromagnetic influences (EMC), fiber optic sensors can be used universally.
Application
Diverse applications of intrinsic and extrinsic sensors
Sensors / intrinsic
Optical fibers are transducers and thus both sensors and the line for signal transmission. Examples are:
- fiber optic pressure sensors
- fiber optic strain sensors
In these sensors, the change in the optical fibers, for example due to pressure or tension, is accompanied by a change in transmission or a shift in wavelength, which is ultimately evaluated by the receiver electronics.ng der Transmission oder Verschiebung der Wellenlänge, die letztendlich durch die Empfängerelektronik ausgewertet wird.
Sensors / extrinsic
Here, the optical fiber merely serves as a transmitter of the measured variable detected by the sensor, which must be available as an optical signal. Examples are:
- fiber optic temperature sensors (pyrometers)
- fiber optic light barriers
In these sensors, states are detected by transmitter and receiver electronics, e.g. in high-temperature applications or in automation technology.
Application / industrial
You can achieve advantages through fiber optic technology in these areas:
- Automation technology: process control
- Industrial process control: transmission and reflection light guides
- Detection of smallest objects
- High-temperature applications: steelworks, coking plants
- Explosive environments
- Fire protection: flame monitoring
- Temperature measurement with pyrometers
- Liquids, chemicals: level measurement, leak detection
- Industrial lighting: illumination of critical process areas
- Microscopy: single/multi-arm gooseneck or ring light guides
- Laser technology: fiber optic beam guidance systems for high-power lasers in material processing
Components
Fiber optics, cables, sheathing, and adapters
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.
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
Unser Engagement / Ihr Vorteil
- Planung und Projektierung
- Bemusterungen
- Entwicklung und Konstruktion
- Licht-Manufaktur
- Zertifizierte Fertigung
- Montage und Service
- Seminare und Schulungen
… und vieles mehr!
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Reliability doesn’t happen by chance.
At FOS Inon Optics, quality is not just a promise—it is a standard that can be measured. Our development and manufacturing processes for fiber-optic systems are ISO 9001:2015 certified. This establishes the foundation for reliable performance, reproducible results, and trust wherever optical precision is critical.
