Archiv: Popups
Responsibility: In Every Beam
For us, responsibility in photonics has many dimensions: Responsible Manufacturing: We avoid unnecessary processing chemicals, optimize power consumption, and recycle production materials wherever possible. Long-Lasting Products: High-grade silica fibers and robust assemblies reduce replacements, waste, and environmental impact. Safe Handling of Light: We design optical systems that minimize stray light, overheating, or accidental exposure at […]
Precision: Every Detail Matters
Precision is not a claim for us; it is a measurable reality. Through deep in-house fabrication and carefully selected, long-term partner ecosystems, we realize even the most demanding fiber designs. FIO stands for this discipline: Surface qualities < 0.3 µm Ra Perfect end faces that preserve beam quality and avoid scattering. Eccentricities under 10 µm […]
Intelligence: Understanding the Nature of Light
At FOS Inon Optics, we do not simply transmit photons. We understand them. Light behaves differently depending on wavelength, geometry, material purity, and boundary conditions. This is why we develop fibers and bundles that translate physical laws into precise performance: Numerical Aperture (NA): Determines how efficiently a fiber accepts and guides light, from narrow, high-intensity […]
Silica Fasern
Silica Fasern Silica-Faserbündel und -Kabel stellen die Premium-Lösung für Hochtemperatur-Anwendungen dar und verfügen über einen außergewöhnlich hohen Siliziumoxidgehalt, der maximale Hitzebeständigkeit bis 1000°C gewährleistet. Diese spezialisierten Glasfaser-Systeme sind die bevorzugte Wahl für Hochleistungs-Laser-Übertragungssysteme, industrielle Pyrometrie und Temperaturmessung, chirurgische Laseranwendungen in der Medizintechnik sowie anspruchsvolle Prozessüberwachung in Metallurgie und Fertigung. Die Silica-Fasern behalten ihre optische Integrität […]
Borosilikat Fasern (EN)
Borosilicate Fibers Borosilicate fiber bundles are based on high-quality boron glass technology, offering exceptional chemical and thermal resistance. These versatile fiber optic solutions are specifically engineered for demanding applications in industrial process monitoring, medical instrumentation and diagnostics, as well as architectural and decorative lighting systems. Our borosilicate fibers combine excellent light transmission properties with superior […]
Borosilikat Fasern
Borosilikat Fasern Die Borosilikat-Faserbündel basieren auf hochwertiger Borglas-Technologie und bieten eine außergewöhnliche chemische und thermische Beständigkeit. Diese vielseitigen Glasfaser-Lösungen sind speziell für anspruchsvolle Anwendungen in der industriellen Prozessüberwachung, medizinischen Instrumentierung und Diagnostik sowie in architektonischen und dekorativen Beleuchtungssystemen entwickelt. Unsere Borosilikat-Fasern verbinden exzellente Lichtübertragungseigenschaften mit überlegener Langlebigkeit und sind damit ideal für Umgebungen geeignet, die […]
Silica Fasern (EN)
Silica Fibers Silica fiber bundles and cables represent the premium solution for extreme temperature applications, featuring an exceptionally high silicon oxide content that delivers maximum heat resistance up to 1000°C. These specialized fiber optic systems are the preferred choice for high-power laser delivery systems, industrial pyrometry and temperature measurement, surgical laser applications in medical technology, […]
Lichttechnik (EN)
Lighting Technology FOS Inon stands for innovative lighting solutions based on fiber optic technologies. Our systems are used in saunas and wellness facilities, exclusive spa interior design, shipbuilding and yacht construction, as well as in swimming pool and aquatic center construction. Our fiber optic lighting systems also create unique lighting atmospheres in garden and landscape […]
Sensorik (EN)
Sensor Technology In industrial sensor technology, FOS Inon offers precision optical systems for detection, measurement, and signal transmission. Our fiber optic solutions are used in fire detection, photoelectric applications (light barriers), pyrometry, and optical data transmission. Thanks to their high temperature and radiation resistance, FOS Inon components are particularly suitable for demanding environments and safety-critical […]



