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BENEFITS OF FIBER OPTIC SENSOR

Ultra Small
High Accuracy
Repeatability
Extended Range

BENEFITS OF FIBER OPTIC SENSOR

Research Labs SOLUTIONS
Temperature Monitoring in Cryogenic Research

Temperature monitoring in cryogenic research programs and application, ensures that the right temperature level is maintained and controlled. Rugged Monitoring provides high quality, robust and fast responsive cryogenic range fiber optic temperature sensors. The sensors are suitable to install at high pressure/vacuum vessels and immune to EMI/RF environments.

Our sensors are being used in many cryogenic applications such as advance energy production, space programs, food/spice grinding, superconductivity, LNG Storage/transportation, recycling industry, radio astronomy, and cryosurgery etc.

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Temperature Monitoring in Cryogenic Research
Temperature Monitoring of Superconductors

The current metals require very low temperature (up to 10K) for superconductivity. Superconductors are now being used in commercial applications like MRI (Magnetic Resonance Imaging), bullet trains, nuclear reactors, and power cables etc.

In superconductor applications, maintaining the temperature of cryogenic cooling is very crucial. Therefore, it becomes important to monitor and control the temperature of cryogenic cooling system. Our cryogenic range fiber optic temperature sensors and monitors are the most advance, robust, accurate and cost-effective solution for superconductor applications.

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Temperature Monitoring of Superconductors
Cryopreservation for In-Vitro Fertilization

The increasing demand for cryopreservation has forced researchers to find new techniques and tools. All researchers are focused on finding cryopreservation protocols having good results and free from contamination issues.

Temperature monitoring during different cryopreservation techniques, devices and cooling solutions is crucial in understanding the problem of contamination. Rugged Monitoring’s cryogenic range fiber optic temperature sensors are being used in cryopreservation research and applications. The sensors have wider cryogenic range (4K to 373K), higher accuracy and fast response time.

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Cryopreservation for In-Vitro Fertilization
Testing in Microwave Assisted Researches

Microwave heating is being used in many research applications by universities and research institutes. Rugged Monitoring’s fiber optic temperature sensors are being used by many top universities, and research institutes during their research programs. We provide custom designed sensors and monitors to meet the requirement of different researchers in:

  • Basic Material Research; Metal and Alloy testing
  • Pharmaceutical, Petrochemical and Environmental research and testing
  • Consumer goods (FMCG) and Personal Care Products testing and analysis

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Testing in Microwave Assisted Researches
Testing of Microwave Absorbing Materials

Research and testing for microwave absorbers are in high demand due to the increasing applications in military and commercial industry. Microwave absorbers are specially designed material for reducing unwanted electromagnetic radiation. Traditionally these materials have been used by military against enemy’s radar/antenna interception.

Rugged monitoring’s fiber optic temperature sensors are being used in thermal profiling of microwave absorber. These sensors are free from self-heating and arcing under microwaves environment and provide accurate temperature measurement.

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Testing of Microwave Absorbing Materials