OFS-M1: Precision Optical Switching, Anywhere

The OFS-M1 is a compact, portable optical switch engineered for high-precision signal routing in FBG measurement systems. With 1 input → 4 outputs, low insertion loss (<1 dB), repeatability <0.1 dB, and switching times under 10 ms, it delivers reliable performance for dynamic applications. USB-controlled and compatible with multiple FBG interrogators, the OFS-M1 combines portability, speed, and versatility, making it ideal for both lab and field measurements.

Access the FBG instruments webpage for complete technical details

INFIBRA TECHNOLOGIES is proud to be an accredited provider of ARTES 4.0, the Competence Center that supports companies through innovation services focused on Industry 4.0 enabling technologies. The initiative offers non-repayable funding and is aimed at accelerating digital transformation through services such as test-before-invest, advanced training, consulting, networking, and access to finance, aligned with national and EU regulations on State Aid and sustainability goals. All companies, particularly SMEs, are eligible to apply. INFIBRA TECHNOLOGIES will contribute with high-value technical design services and deep technological expertise. 
More info: ARTES 4.0

Interested in exploring how we can support your innovation needs? Contact us

INFIBRA TECHNOLOGIES is proud to present the FTT-01, a fiber-optic force and mechanical moment sensor designed for accurate load monitoring in bolted joints and structural interfaces.
Built on Fiber Bragg Grating (FBG) technology, the FTT-01 offers high sensitivity, wide dynamic range, and reliable performance in extreme temperature environments. Its customizable design ensures seamless integration into a variety of structural applications. Contact us to discuss your requirements.

For more information

INFIBRA TECHNOLOGIES is pleased to announce the funding of a Ph.D scholarship at UNIVERSITA’ DI TRENTO, in partnership with @SCUOLA SUPERIORE SANT’ANNA!
Addressing the design and development of specific smart space structures embedded with optical fiber sensors and their reading units, will be the main subject of this PhD. You can find more information and the Call for Applications at the following link:
https://www.unitn.it/ateneo/107289/concorso-di-ammissione
And a specific description about the funded position here (Ref. CURRICULUM 6L Optical Fiber Sensor Systems for Space Applications): https://www.unitn.it/phd-sst/889/details-about-funded-positions-40th-cycle-curriculum-6
Please, note that the application deadline is July the 16th 2024 at 4 p.m. and applications must be sumbmitted online at this link: https://webapps.unitn.it/Apply/it/Web/Home/dott

Infibra Technologies is a partner of a project of structural monitoring of railways.

Scuola Superiore Sant'Anna has published a call for 4 positions for the installation of sensors in the experimentation site.

More information at Bando SSSA