Total Station Instrument

Total station instrument is a modern surveying instrument, which is mainly used to measure and record the spatial coordinates, elevation and angle of various elements on the ground or buildings. Now total station equipment manufacturers or users often plug-in or built-in laser rangefinder sensors to assist the total station.
Here are a few main application scenarios:
Measuring distance: The total station is mainly used to measure the distance between objects or places. The laser rangefinder distance measurement can provide a very accurate distance measurement function, which can help the surveyor to quickly and accurately obtain the distance information of the target point.
Angle correction: When the total station is measuring the angle, it can use the rangefinder sensor to correct the deviation of the angle. The diy laser rangefinder can provide the distance information between the object and the total station, plus the known elevation angle value of the total station, can calculate the accurate angle measurement result.
3D modeling: The total station combined with the rangefinder module can perform 3D modeling. The total station can obtain the coordinate points and distance information of the object by scanning the surrounding environment, and the laser range finder sensor can provide high-precision distance data, thereby helping to achieve accurate 3D modeling.
Architectural measurement: The total station combined with the laser ranging sensor can be used for architectural measurement, including measuring the height, volume, inclination, etc. of buildings. The high precision and fast measurement characteristics of the laser range sensor can greatly improve the efficiency and accuracy of building measurement.
Seakeda laser rangefinder module has the characteristics of high precision, long range, fast measurement speed, high reliability, small size, easy integration, and wide application. It can help improve measurement accuracy, speed up the measurement process, and expand The function of the total station.