With the continuous progress of science and technology, temperature calibration technology is also constantly evolving. Traditional temperature calibration mainly relies on manual operation, where the readings of thermometers are manually read and calculated and analyzed. This method is not only inefficient but also prone to human errors.
Nowadays, automated temperature calibration systems are gradually becoming popular. These systems use computer control technology and high - precision sensors to achieve the automation of the calibration process. The calibration equipment can automatically heat up, cool down according to the set temperature points, and automatically read and record the readings of thermometers. The computer software can quickly process and analyze the data and generate a calibration report. Automated temperature calibration systems have greatly improved the efficiency and accuracy of calibration and reduced the influence of human factors.
In addition, wireless communication technology has also begun to be applied in the field of temperature calibration. Through a wireless sensor network, temperature sensors can transmit measurement data to the calibration center in real - time, realizing remote calibration and monitoring. This has important application value in some inaccessible places, such as the deep sea and high altitude.