The working principle of the laser distance meter is to calculate the distance by emitting laser pulses and then receiving the time it takes for the pulses to be reflected back. By measuring the time difference between laser pulse emission and reception, the distance between the measured object and the laser distance meter is calculated. Due to the linear propagation characteristics of laser and the stability of high-frequency pulses, laser distance meters can achieve high-precision measurement at the millimeter level, greatly improving the accuracy of measurement.
In the construction industry, laser distance meters can be used to measure the length, width and height of rooms, helping architectural designers plan building layouts more accurately; in the engineering field, laser distance meters can be used to measure the length, slope and height of roads. Elevation provides accurate data support for engineering construction; in geological exploration, laser distance meters can be used to measure the location and distance of geological faults, helping geologists better understand geological structures.
In addition to the above fields, laser distance meters are also widely used in interior decoration, furniture layout, sports measurement, etc., bringing convenience to life and work. With the continuous advancement of technology, the performance and functions of laser distance meters have also been continuously improved, and there will be broader application prospects in the future.
