EziLab supplies the Infrared Thermometer EZL-IT108 for medical and inspection settings that need adjustable emissivity within the same -50 to 600°C range as the standard-ratio medical thermometer in this catalog. This medical infrared thermometer lets operators manually set emissivity to match different target surface types, rather than relying on a fixed value or the standard 12:1 ratio spec found on the other medical-focused unit in this line. That adjustable emissivity matters when inspecting varied surfaces within medical facility settings — biological tissue, painted equipment surfaces, reflective medical device casings, and other materials all have different emissivity characteristics, and a fixed setting optimized for one surface type reads inaccurately on materials with significantly different emissivity properties without correction. Facility maintenance technicians and inspection teams working across mixed material types in medical settings benefit from adjusting the setting per target rather than accepting the accuracy limitations a fixed-emissivity instrument imposes on unusual or reflective surfaces. Medical facility teams needing accurate readings across genuinely varied surface materials, rather than a single consistent surface type, get that flexibility here at the same temperature range as the other medical-focused model in this catalog. See the Medical Infrared Thermometer and Infrared Thermometer ranges for mixed-material medical facility temperature monitoring needs across USA medical and inspection settings.
| Temperature Range | -50 to 600℃ (-58 to 1112°F) |
|---|---|
| Measurement Accuracy | Greater than 0°C: ±1.5°C ; Less than 0°C: ±3°C |
| Measuring Distance Ratio | 12:1 |
| Emissivity | 0.1 to 1.0 |
| Response Time | 0.5 seconds |
| Wavelength | 5 to 14 μm |
| Repeatability | 1% or 1°C |
| Resolution | 0.1°C |
| Storage Temperature | -20 to 60°C (-14 to 140 °F) |
| Operating Temperature | 0 to 40°C (32 to 104 °F) |
| Operating Humidity | 10 to 90% |
| Display | Colour LCD Display |
| Low Battery Indication | Less than 2.4 V |
| Dimensions (L × W × D) | 140 × 90 × 38 mm |
| Weight | 0.202 Kg |
Infrared Thermometer EZL-IT108 provides non-contact surface temperature readings by detecting infrared emissions. It is ideal for healthcare facilities, energy efficiency audits, machinery diagnostics, and research laboratories.
Ezilab’s Infrared Thermometer EZL-IT108 incorporates a laser pointer that acts as a precise targeting guide, ensuring accurate alignment with the measurement area. This feature provides a clear reference point, reducing errors caused by misalignment. It proves particularly useful when inspecting small, distant, or hard-to-reach surfaces. By improving measurement accuracy and efficiency, the laser assists in tasks such as equipment monitoring, safety inspections, and quality control in demanding industrial environments. In addition, it helps maintain consistency during repeated measurements, ensuring professional-grade results every time.
Our Infrared Thermometer EZL-IT108 performs efficiently in conditions with up to 90% relative humidity (non-condensing). Its sealed design safeguards internal components from moisture, ensuring stable readings even in coastal areas, food storage facilities, and industrial wash-down zones. Capable of operating smoothly in ambient temperatures up to 30°C, the device maintains consistent accuracy across varying climates, making it suitable for both indoor and semi-outdoor applications. The robust humidity tolerance also extends the thermometer’s usability in agriculture, pharmaceuticals, and cold chain logistics, where moisture control is critical for reliable monitoring.
Ezilab’s Infrared Thermometer EZL-IT108 allows the current temperature reading to remain displayed, providing ample time to record values without rushing. This feature is highly advantageous in fast-paced inspections where continuous monitoring is impractical. It minimizes errors caused by quick screen changes, supports accurate documentation, and enhances convenience during professional reporting or comparative analyses. The function is particularly beneficial in maintenance checks, compliance audits, and laboratory work where precise recording of results is essential. It ensures that critical data is preserved for evaluation even in dynamic working conditions.
Our Infrared Thermometer EZL-IT108 is equipped with a high-visibility backlit display that ensures clear readability in low-light or challenging environments. It presents critical data such as temperature values, measurement units, mode indicators, and battery status in an intuitive layout. The backlighting enhances usability in dimly lit spaces like warehouses, outdoor sites, or night-time inspections, while the straightforward interface supports quick and confident decision-making during field operations. Its wide viewing angle allows multiple technicians to monitor readings simultaneously, further adding to convenience. The robust screen design ensures durability against frequent handling and rough work conditions.
Ezilab’s Infrared Thermometer EZL-IT108 provides nearly instantaneous results. This swift performance is particularly beneficial for applications requiring real-time monitoring, such as evaluating engines, machinery, or electrical systems. The quick feedback enhances both efficiency and safety by reducing the time spent near hot or hazardous surfaces, ensuring accurate and timely inspections. Its fast response capability also helps detect sudden temperature fluctuations that could signal equipment malfunctions or safety risks, making it indispensable for preventive maintenance programs.
Our Infrared Thermometer EZL-IT108 prioritizes operator safety by enabling non-contact temperature measurements from a secure distance. Its 12:1 distance-to-spot ratio allows precise readings of small targets while minimizing the risk of burns or exposure to high heat. A built-in laser pointer provides a visible aiming reference, ensuring measurements are accurate without the need to approach hazardous surfaces. This design also reduces the risk of contamination when used in food handling or pharmaceutical environments. In addition, the sturdy housing protects the device from damage during rigorous fieldwork, ensuring consistent and safe performance in challenging industrial and commercial settings.
