Indigo’s fiber optic temperature sensors are completely immune to EMI/RFI and high voltage environments making them ideal for transformer winding hot spot temperature monitoring. Indigo is developing technology and partnering with leading transformer manufacturers that require accurate, real-time, smart grid temperature monitoring of power and distribution equipment.
Indigo’s multi-channel fiber optic temperature sensors offer cost-effective and convenient temperature monitoring of industrial microwave processes including microwave assisted chemistry, microwave sterilization, and microwave sintering. Indigo’s optical temperature probes for microwave environments may be constructed from Teflon jacketing materials for maximum chemical and bio-compatibility, or from rugged stainless steel and high-temperature ceramics.
Various life sciences and patient monitoring applications require high-accuracy fiber optic temperature sensing. Indigo offers single and multi-channel fiber temperature probes for MRI, NMR, and RF environments, including low-cost disposable temperature probes with fast-response and exceptional accuracy.
Aerospace and Defense customers require highly customized solutions for mission-critical needs that demand maximum quality, high reliability and time-proven position sensing technology for emerging applications. The accuracy and stability of Indigo’s fiber optic sensors surpasses traditional thermocouples and can approach PRT’s (Platinum Resistance Thermometers) in calibrated applications.
Indigo supports research and development activities that require precise fiber optic temperature sensing solutions. OSENSA’s software and fiber optic probes can be customized and calibrated for a wide variety of laboratory and test applications.
Indigo’s fiber optic sensors can operate in extremely harsh commonly found in the oil & gas industry. The accuracy and stability of Indigo’s fiber optic sensors surpasses traditional thermocouples and can approach PRT’s (Platinum Resistance Thermometers) in calibrated applications.
