Infrared Thermometer Digital Laser NJTY T400/A T600/A Industrial Indispensable in industrial conditions, the NJTY laser thermometer, is a reliable device designed to measure the temperature of various surfaces from a safe distance. Its digital display ensures precision and easy reading, even in extreme operating conditions. The emissivity adjustment on the T400A/T600A models allows the thermometer to be calibrated according to the properties of the measured surfaces, which increases the accuracy of measurements. Professional use of the tool becomes even more effective and purposeful. Ergonomic design and mobility, the NJTY thermometer fits into any tool pocket, is lightweight and reliable – ready to work in the field. Remember, however, that this is a tool designed for industrial applications, not for measuring the temperature of the human or animal body. Strength and robustness are the key features of the NJTY thermometer, which meets the requirements of harsh industrial applications where accuracy and speed of measurement are crucial. Product advantages: Advanced NJTY infrared thermometer for quick and hygienic temperature measurement without touch. The digital display makes it easy to read the results even in harsh industrial environments. For the T400A/T600A models, the adjustable emissivity function allows the thermometer to be adapted to the measured materials. It can measure temperature ranges from -50C to 400C/600C, making it a versatile tool. Compact and easy to transport, operated on AAA batteries, ideal for use in the field. Specification: Measuring range: T400/T400A: -50C 400C; T600/T600A: -50C 600C. Display type: Digital. Power type: Battery AAA. Style: Handheld (manual). Maximum temperature: 120C and above. Pictures from customers:   Product part number: [242234a1f7062527c7bd3dd61a637873:609cb2d0329ffc477aa237311645c66d4dbce78aefd48139772db93b4851b1] Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.