• 2 in 1 infrared safe thermometer in ear and forehead
• Clinically validated in accordance with EN 12470, EN 60601, and ASTM E 1965-98
• Red Fever indicator
• Beep sound or Mute if your child is sleeping
• Fast 1 second reading
• Memory for the last 10 readings
• Approx. 1,000 measurements, batteries included
• With practical plastic storage box
• Hygienic single use ear protection caps (10 pcs included): Recharge only with Veroval Fever Caps* (925483) pack of 20 single use (sold separately)
• 3 years warranty
• Developed in Germany

For high accuracy, the Veroval® Fever 2 in 1 infra-red thermometer complies with the EU Medical Devices Directive, the German Medical Devices Act, ASTM E 1965 – 98 and the European standard EN 60601 and EN 12470 for clinical thermometers’ performance.

The Veroval^® Fever 2 in 1 infrared thermometer offers an optical fever indication with a colored LED light. If a temperature taken is less than 37.6 °C the fever indicator lights up in green. If the temperature taken is 37.6 °C or higher the fever indicator lights up in red.

The Veroval^® Fever 2 in 1 infrared thermometer offers two different ways of taking temperature: in the ear and on the forehead. It is possible to select between the two modes according to preference. You can set it to take either ear or forehead temperature readings by using the mode switch on the side of the thermometer. With only 1 second (or the duration of the scanning procedure for forehead measurement) the temperature is taken very fast. Using the supplied single-use protective covers ensures that taking a temperature in the ear is especially hygienic, and the risk of transferring bacteria or viruses is greatly minimise.

Further advantages:

• Ear mode measurement in a second
• Fast and easy temperature measurement
• The infrared thermometers from HARTMANN have been developed in Germany with the HARTMANN quality assurance guidelines. Designed to meet customer needs, they meet high stability standards
• Smooth, safe and hygienic measurement by using disposable protective covers
• Easy cleaning of the measuring sensor
• High measuring accuracy
• The high measuring accuracy of the infrared thermometer has been proven in clinical studies
• Memory function: The infrared thermometers from HARTMANN store up to 10 readings in the memory function, simplifying overviews of fever progression.
• Optical fever indicator: If the body temperature shown on the screen is 37.6 °C or higher, the screen will light up red as a visual alert to indicate a fever
• Recommended for clinical use, recommended for home use

The Veroval^® Protective Covers are intended to be used together with the Veroval^® 2 in 1 infrared thermometer. In combination with the thermometer, the disposable protective covers allow a very hygienic measurement of body temperature in the ear. The single-use product helps to prevent cross-contaminations and infections by transmission of bacteria or viruses. The product is made of smooth plastic with clear membrane, and is free of DEHP and latex.

You’re also welcome to watch our video about the usage of the protective covers.

To ensure a long service life and accurate temperature readings, careful handling and proper cleaning are extremely important. The measuring sensor is the most important and most sensitive part of the device. To ensure the most accurate measurement, the sensor must always be clean and undamaged. Please use only a soft, moistened cloth or 70 % alcohol (isopropyl alcohol) to clean the measurement tip and the sensor. Please do not use any aggressive cleaning agents or solvents, as they can damage the device and cloud the display. Make sure no liquid penetrates the inside of the thermometer. After cleaning the measuring sensor, wait until the cleaning liquid has dried off completely before taking a measurement. We recommend keeping the thermometer in the storage box to protect it from environmental influences.In order to keep your thermometer as functional and hygienic as possible, please make sure you use the single-use protective covers with the device when taking the ear temperature.

The Veroval^® Fever 2 in 1 infrared thermometer is a clinically-tested quality product, and offers you high measurement accuracy. The device is designed to meet customer needs and high stability standards at the same time.

How accurately a thermometer measures temperatures is part of the required Clinical Study, and is described by the parameter "clinical accuracy". Clinical accuracy describes the ability of an ear and forehead thermometer to give a reading close to the core body temperature, and is specified by the 2 characteristics "clinical bias with its standard deviation" and "clinical repeatability". In clinical tests the Veroval^® 2 in 1 infrared thermometer achieved a clinical deviation of only 0.06°C and a clinical repeatability of 0.13 °C.*




*test requirements acc. to ISO 80601-2-56, ASTM E1965-98, and EN 12470-5 standards.

We fully comply with the legal requirements and guarantee the required measurement accuracy of ±0.2 °C (ear-mode – measuring range: 35.5 °C – 42 °C) and ±0.3 °C (forehead-mode – measuring range 35 °C – 42 °C)

Further information:


The clinical standard deviation specifies an average difference between temperatures measured by the Veroval^® device and a reference thermometer. The clinical repeatability shows how consistently the Veroval device measures temperatures from the same subject at the same ear by the same operator.

In order to keep your thermometer as functional and hygienic as possible, please make sure you use the single-use protective covers with the device when taking the ear temperature. If a single-use protective cover is not used, earwax may accumulate on the measuring sensor, which may lead to inaccurate temperature measurement or even transfer of an infection between different users. It is therefore imperative that the measuring sensor is always clean when taking a temperature.Replace the single-use protective cover after each use. The ear thermometer may only be used with single-use protective covers by HARTMANN, as other single-use protective covers may cause measuring errors.

Clean the device and the measuring sensor with a moist cloth and a mild detergent or a suitable disinfectant, e.g. 70 % isopropyl alcohol solution (active substance: 2-propanol).

For non-waterproof thermometers:
Make sure no liquid can penetrate the inside of the thermometer, and never immerse the device in water or other cleaning agents!

For waterproof thermometers:
Do not immerse the thermometer in liquid for longer than 30 minutes, and do not immerse it any deeper than 15 cm

Please do not use any aggressive cleaning agents or solvents, as these can damage the device and cause the display to become opaque.

Body temperature measured in the ear and on the forehead can be influenced by several factors. Please follow some rules for precise measurements:

• Check if the measuring sensor is clean and undamaged
• Select the correct measurement mode (mode switch on thermometer)
• Use a single-use protective cover (for ear mode) and blue forehead cap (forehead mode)
• Consider an acclimation time of 30 min for thermometer and device
• Ear/forehead should be clean and "healthy" (injuries and diseases can lead to false readings)
• Avoid measuring when the measuring location is artificially warmed up
• Ensure correct handling of thermometer

This device is designed to measure human body temperature in the ear and on the forehead only. Please do not use this thermometer to take temperature measurements on any other parts of the body or on objects – this will lead to false measurement results.

Used correctly, the Veroval^® infrared thermometers provide reliable results for both measurement methods.

In direct comparison, however, ear measurement is usually superior to forehead measurements. Why? The ear measurement method is ideal for accurate temperature control because the eardrum is very well supplied with the same blood as the vessels for the hypothalamus, which is responsible for the thermoregulation of our body. Temperature changes can be measured quickly, and the progress can be monitored easily. In addition, this measurement method is less susceptible to interference from exogenous factors.

In the end, the measurement accuracy of both methods depends mainly on their correct use.