Highest Quality and Cost-effective
FBG Sensor Array 1550nm
Advanced fiber Bragg grating sensors
Ultra-high Strength and Low Transmission Loss
Our Ultra-high strength (UHS) FBGs combine the best possible specifications for FBG sensors at 1550nm. In addition to their ultimate strain limit of typically 5-6%, they exhibit virtually no transmission loss, enabling the production of medium reflectivity FBG arrays with quantities over 2,000 pieces. Additionally, they exhibit the lowest polarization dependency and a very high side lobe suppression.
As a high-volume manufacturer of all kinds of different FBG arrays, we are accustomed to supporting your individual needs and would be happy to discuss your requirements.
Contact100% Inline Quality Control
FBG Manufacturing Excellence
All FBG sensors are produced at their center wavelengths with typically less then 50pm deviation. They are measured inline during production using a calibrated Optical Spectrum Analyzer (OSA) and are automatically documented for full traceability. Each FBG is produced and marked with low positional tolerances of typically 1-2mm. Thanks to our ISO 6 clean-room environment, the finished FBG array is very clean when directly packaged onto a spool and into a bubble bag.
Up to 30 FBG
Fiberoptic Rapid Prototyping
We offer unique customization of FBG sensing fibers, cables, and capillaries to support your individual application scenario. Up to 30 FBG sensors can be configured at arbitrary positions along the fiber, which can have a maximum length of up to 500m. Spacing distances between two FBG sensors can be as minimal as 2mm or as long as the whole fiber length. Use our Ordering Matrix for a better explanation of how to use our Configurator.
Order Matrix DownloadThe technology in figures
Technical specs
Product advantages at a glance
Highlights
- Ultra thin and low weight
- Passive and Electromagnetic Immune
- Most Cost-effective
- Low Transmission Loss
- Very flexible
- Up to 30 FBG along arbitrary positions
- Very low Polarization Dependence
- High Thermal Stability up to 350/800°C
Specification