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15 times more accurate in sensing temperature and 10 times more faster response(※Patent Pending)

Features

Semitec developed Ultra-accurately Measuring Active Temperature Sensor in joint research with Hirosaki University and National Institute of Technology Hachinohe College.

We use our unique device which install the several high accurate micro thin film thermistor (FT series) and a unique control system for this sensor.

15 times more accurate in sensing temperature and 10 times more faster response comparing to our original highest performance temperature sensor.

The measurement of extremely minute temperature changes and the measurement at ultra-high speed enable us to detect the physical properties of the object and estimate the substance.
For example, this sensor could be used for non-invasive definitive diagnosis and stage diagnosis without excising the affected area of skin cancer.

Products

Products

Comparison of saturated temperature and response time

Comparison

Our original highest performance temperature sensor takes 3.3s (thermal equilibrium time) and does not reach the object temperature and stop at 34.8℃. However, Ultra-accurately Measuring Active Temperature Sensor takes only 0.3 s to reach 35℃.

Application example

● Diagnostic equipment for skin cancer
Until now, it has not been able to detect minute difference in physical properties between the skin cancer and normal skin. The measurement of extremely minute temperature changes and the measurement at ultra-high speed enable us to detect that difference and made possible to use for equipment of stage diagnosis for skin cancer by only contacting it.

Future application examples

● Estimating the condition inside the object
Expected to find the anomaly such as deterioration inside the equipment or facility by non-destructive.

● Ultra-precision surface temperature measurement
Expected to make the thermal design of electrical device easier to leads to the weight and energy saving.

● Estimating the internal temperature
Expected to estimate the internal temperature of the object that we could not detect so far by measuring the surface temperature accurately.

Contact

E-mail:overseas@mail.semitec.co.jp

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