In the practical application of coating thickness testing, the flexibility of data recording directly affects work efficiency and analysis depth. To meet the usage requirements in different scenarios, the series of coating thickness gauges produced by Wuhan Rimpla Technology Co., Ltd. are equipped with two practical printing modes, with the core difference reflected in the dimension and integration capability of data output:

The instrument has two printing modes, differing in the dimension of data output: 

one is the "real-time record" for single measurement, and the other is the "statistical summary" for multiple sets of data.

- Simplified Printing Mode: 

Essentially a "single measurement - immediate output" mode. 

After each thickness test is completed, the printer directly prints the single thickness value and test time of this measurement. It is suitable for quickly recording the measurement results of a single point, featuring high efficiency but no data integration capability.

- Printing Mode with Statistical Function: 

A "batch measurement - post-analysis output" mode. 

It requires continuous measurement of a set of data first (e.g., multiple points on the same workpiece). The system will automatically calculate and print the average value, maximum value, minimum value, standard deviation and test time of this set of data. It is suitable for scenarios where the overall measurement stability or workpiece uniformity needs to be evaluated.

In summary, the design of the two printing modes fully reflects the instrument's consideration of the diversity of detection scenarios. From basic single-point recording to in-depth batch analysis, a complete data recording solution is formed. Users can flexibly switch according to specific detection tasks, ensuring data accuracy while maximizing the efficiency of detection work and the level of quality control, providing strong support for standardized and refined operations in the field of coating detection.