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Opsens’ high accuracy fiber optic temperature sensor and ultra miniature pressure sensor offer many distinctive advantages for the Life Sciences & Medical industries.
Leveraging our expertise in the optical sensing technology and typical deployment practices, Opsens’ surface and core fiber optic temperature probes are designed for preclinical and clinical use. These robust probes provide accurate measurement in MRI, NMR and RF environments and are optimized for easy OEM integration.
Opsens’ MEMS based fiber optic pressure sensor is designed to satisfy the medical industry’s need for an extremely small catheter-tip pressure transducer that offers high frequency response, high fidelity and artefact-free pressure measurement.
These temperature and pressure fiber optic sensors are ideal for :
- Cardiovascular blood pressure monitoring
- Compartment pressures, and intracranial measurements
- OEM integration in MR patient Monitors
- RF ablation temperature monitoring
- Biopharmaticeutical applications
- Disposable and reusable applications.
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Opsens’ Gallium Arsenide based technology fiber optic temperature sensors are ideal in providing accurate surface temperature measurements during semiconductor wafer manufacturing process in deposition chamber or RF Plasma etching.
Our robust surface sensor, totally immune to RF and EMI, is not susceptible to fiber bending, fiber movements and optical connections hence providing high accuracy and reliable in situ silicon-wafer temperature measurements.
Opsens teams with integrators to provide accurate OEM temperature monitoring solutions for critical applications.
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Opsens manufactures a broad range of high quality fiber optic transducers and innovating solutions for geotechnical, structural and pavement monitoring.
The rugged fiber optic strain and displacement gauges are designed to delivery accurate measurements in harsh environments with complete immunity to electromagnetic interference.
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Opsens provides robust, innovative and comprehensive solutions for accurate, direct, real-time transformer winding hot-spot temperature monitoring.
The R&D team capitalized on developing fast, easy and hassle free monitoring solutions to ensure maximum fiber optic probe yield and long term reliability.
The fiber optic sensing technology offers complete immunity to EMI/RFI, high voltage and electrical interference.
A variety of temperature and pressure measurement solutions for switchgears, industrial relay switches, busbars and breakers are also offered to Utilities and the Energy T&D Industry.
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Opsens develops and delivers innovating fiber optic sensing solutions that enable our clients to effectively complete their operation. Immune to EMI/RF, electrical interference and lightning, our OTG-R optical temperature sensor is miniature and has fast response time.
Opsens’ miniature MEM based pressure transducer and strain gauges are designed for the harsh challenges of space propulsion, aviation pressure and deformation testing applications.
Opsens’ patent-pending RadSens signal conditioner and OTG-R fiber optic temperature sensor are becoming the standard for Radio and Radar Radiation Hazards (RADHAZ), Hazard of Electromagnetic Radiation to Ordnance (HERO) applications, and Electromagnetic Compatibility (EMC) assessment applications by ensuring unparalleled precision and stability of EED temperature measurement, as well as providing a very high measurement rate of 1000 Hz (1000 samples/second). The unique characteristics of these products make them the solution of choice for the military, avionics, and automobile sectors.
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Immune to microwave energy, Opsens fiber optic temperature sensors allows direct temperature monitoring in microwave assisted digestion, synthesis process and RF/microwave food applications.
Fiber optic pressure sensor can be used to investigate the combined effect of temperature and pressure in microwavable food packaging.
We have a variety of solutions to address your monitoring needs.
Industrial & Laboratory Solutions
Opsens fiber optic sensors in temperature, pressure, deformation and displacement are designed to delivery accurate measurements in harsh environments and in the presence of EMI, MRI, RF, microwave and high voltage. We have solutions for your needs in:
- RF and microwave processing
- RF wood drying
- RF grain drying
- composite and resin curing polymerization
- composite and lightweight structure test under RF curing
- remediation or bioremediation
- Temperature measurement or monitoring under high voltage and EMI/RFI environments
- Temperature measurement in the automotive industry
- Exhaust gas temperature from internal engine