Digital Thermometer enables fast and reliable measurements. These thermometers provide very high clinical accuracy and have been designed to provide maximum user-friendliness. Digital Thermometer series can be used in conjunction with or without a disposable probe cover when preferred. The basic principle of these thermometers is that a change of thermistor resistance, caused by changes in temperature, is converted to changes of frequency of R-C oscillator circuit. Therefore, the temperature can be given by measuring the frequency of the oscillator. For a given time period by applying to R-C oscillator circuit, changes of temperature will correspond to changes of pulse number.

Digital Thermometer enables fast and reliable measurements. These thermometers provide very high clinical accuracy and have been designed to provide maximum user-friendliness. Digital Thermometer series can be used in conjunction with or without a disposable probe cover when preferred. The basic principle of these thermometers is that a change of thermistor resistance, caused by changes in temperature, is converted to changes of frequency of R-C oscillator circuit. Therefore, the temperature can be given by measuring the frequency of the oscillator. For a given time period by applying to R-C oscillator circuit, changes of temperature will correspond to changes of pulse number.

The Non-contact Infrared Thermometer uses infrared sensor (thermopile) to detect the radiated infrared energy emitted by the object, solid, liquid or gas. The intensity of the emitted energy depends on the temperature of the object and the infrared sensor can recognize it to transfer to the proper electronic signal. The electronic signal can be processed in the subject device to convert to the temperature reading. Therefore, the subject device is able to measure the temperature of a person by the energy the person emits.

Bundle of two thermometers:OCCOscan - The Non-contact Infrared Thermometer uses infrared sensor (thermopile) to detect the radiated infrared energy emitted by the object, solid, liquid or gas. The intensity of the emitted energy depends on the temperature of the object and the infrared sensor can recognize it to transfer to the proper electronic signal. The electronic signal can be processed in the subject device to convert to the temperature reading. Therefore, the subject device is able to measure the temperature of a person by the energy the person emits.OCCOflex - Digital Thermometer enables fast and reliable measurements. These thermometers provide very high clinical accuracy and have been designed to provide maximum user-friendliness. Digital Thermometer series can be used in conjunction with or without a disposable probe cover when preferred. The basic principle of these thermometers is that a change of thermistor resistance, caused by changes in temperature, is converted to changes of frequency of R-C oscillator circuit. Therefore, the temperature can be given by measuring the frequency of the oscillator. For a given time period by applying to R-C oscillator circuit, changes of temperature will correspond to changes of pulse number.