As a new‑type temperature‑measuring tool, infrared thermal imagers are seldom used for precise temperature measurement. Most of the time, they are applied to analyze the surface temperature distribution of targets. By means of comparison, abnormally‑heated areas can be located for fault detection. When purchasing an infrared thermal imager, it is necessary to understand the factors that affect its price. Today, the editor of Kaimorui will give you an overview of these factors.

The factors influencing the price are listed below:

1. Temperature‑measurement accuracy: Higher temperature‑measurement accuracy means a higher price.
2. Temperature‑measurement range: A broader measurable temperature range leads to a higher price.
3. Spatial resolution: Smaller spatial resolution delivers stronger capability to distinguish measured targets, which also pushes up the price.
4. Pixel: The higher the infrared pixel of an infrared thermal imager, the clearer its infrared thermal image when measuring the same target, accompanied by a higher price.
5. Frame rate: A higher frame rate allows more infrared images to be captured per unit time, producing smoother and clearer images at a higher price.
6. Thermal sensitivity: Lower thermal sensitivity indicates stronger temperature‑distinguishing capability and higher sensitivity of the infrared thermal imager, resulting in a higher price.

The price of an infrared thermal imager is mainly subject to its brand, model and manufacturer. In addition, its type, style, pixel, size specification and purchase volume will also exert certain impacts on the specific price. In terms of purchase volume, the larger the procurement quantity, the lower the unit price.