What we do
We focus on measurement problems where sensor placement, survivability, signal transmission, and system integration are constrained by the operating environment. Our fiber-optic architectures support compact sensing heads, remote readout, and application-specific packaging pathways.
Current offerings
Fiber-optic bolometer technology for fusion plasma radiation measurement, supporting compact, optically interrogated diagnostics in environments where EMI and sensor packaging constraints limit conventional electronic systems.
Fiber-optic neutral pressure sensing for fusion environments where magnetic fields, electromagnetic interference, and constrained installation geometry limit conventional electronic gauges.
In development
High-speed fiber-optic temperature sensing for ocean thermal microstructure measurement, supporting fast-response field diagnostics where conventional thermistor probes can be limited by bandwidth and mechanical robustness.
Fiber-optic acoustic emission (AE) sensing for structural and materials monitoring in high-temperature environments.
Low-drift fiber-optic temperature sensing for applications that require long-term stability and measurement confidence.
Latest
Two-channel fiber-optic bolometer prototype delivered for external fusion testing and evaluation
Nusenics joins the DIII-D program to advance fiber-optic bolometer development for fusion plasma diagnostics
Fiber-optic bolometer sensors complete two irradiation test campaigns under fusion-relevant exposure conditions
Contact
We welcome conversations with customers, collaborators, and partners working on challenging sensing problems.
