Veterinary Infrared Thermometer for Livestock

The Veterinary Infrared Thermometer is a handheld temperature-measurement device designed for rapid livestock health screening. Infrared sensing allows body temperature to be checked quickly without the lengthy contact required by conventional thermometers.

With a measurement range of 32.0–42.9°C, approximately 1-second response time and ±0.2°C stated accuracy, the thermometer is suitable for routine monitoring in pig farms, cattle farms, goat-farming-equipment/" target="_blank" class="keylink">sheep and goat operations, veterinary clinics and livestock health-management programs.

• Handheld infrared temperature-measurement design
• Compact pistol-grip housing
• Fast one-second temperature reading
• Integrated temperature correction function
• Battery-powered portable operation

• Rapid Measurement: Provides a temperature reading in approximately one second for efficient herd screening.
• Veterinary Temperature Range: Covers a stated body-temperature range of 32.0–42.9°C.
• High Measurement Accuracy: Stated accuracy of ±0.2°C supports routine livestock temperature monitoring.
• Infrared Technology: Measures emitted infrared energy to estimate body temperature without conventional probe insertion.
• Temperature Correction: Built-in correction function allows measurement adjustment according to operating requirements.
• Battery Powered: Portable operation is convenient for barns, pens, veterinary clinics and field use.
• Reduced Animal Disturbance: Fast infrared measurement can simplify temperature checks during routine livestock inspection.

The infrared sensor detects thermal radiation emitted from the selected measurement area. The electronic system converts the detected infrared energy into a temperature value using the device calibration. Consistent measuring position, distance and environmental conditions are important for repeatable results.

• Pig body-temperature screening
• Cattle herd health monitoring
• Sheep and goat temperature checks
• Veterinary clinical examination support
• Livestock quarantine and isolation checks
• Breeding farm daily health inspection
• Rapid screening of animals showing abnormal behavior or reduced feed intake

• Install the correct batteries according to the supplied operating instructions.
• Allow the thermometer to acclimate when moving between environments with large temperature differences.
• Use the same recommended measurement site and technique for consistent comparative readings.
• Keep the infrared sensor clean and free from dust, moisture and fingerprints.
• Do not immerse the thermometer in water or cleaning solution.
• Clean the housing with a soft cloth and suitable surface disinfectant when required.
• Use the temperature correction function only according to the equipment instructions and established reference measurements.
• Replace batteries when power becomes insufficient or readings become unstable.
• Store the thermometer in a clean, dry place away from excessive heat, moisture and direct sunlight.

Q: What is the measurement range?
A: The listed animal body-temperature measurement range is 32.0–42.9°C.

Q: How fast does the thermometer measure?
A: A temperature reading can be obtained in approximately one second.

Q: What is the stated accuracy?
A: The current product specification lists an accuracy of ±0.2°C.

Q: Does it support temperature correction?
A: Yes. The product information specifies a temperature correction function.

Q: Does it require an external power supply?
A: No. The thermometer is battery powered for portable use.

Q: Which animals can it be used for?
A: Infrared veterinary thermometers can be used for livestock such as pigs, cattle, sheep, goats and horses when the appropriate measurement site and calibration method are followed.

Q: Can an infrared reading replace a veterinary examination?
A: It is useful for rapid screening and routine monitoring. Abnormal or inconsistent readings should be confirmed using an appropriate veterinary temperature-measurement method and professional clinical assessment.

Q: How can measurement consistency be improved?
A: Use the same measurement location, distance and environmental conditions whenever possible, and keep the infrared sensor clean.