Blog posts tagged with 'laser level'

A laser level operates by emitting a beam of laser light and features a highly accurate horizontal measuring device. It can be utilized to determine the verticality of surfaces such as floors, walls, or reference planes. Serving as an instrument for measuring and controlling the horizontal plane, it finds extensive applications in various scenarios including construction, decoration, interior design, bridge construction, precision positioning of CNC machine tools, wall tiling, leveling measurements, mechanical manufacturing, and more. In this article, sisco will introduce how does the laser level work, to help you have a better understanding of it.

The laser level is mainly used to measure the height difference of the ground benchmarking point. The laser level's working principle is to set a horizontal plane and scan the laser on this horizontal plane, and then use the receiving target to receive it. When the center of the receiving target is consistent with the elevation, it can be read according to this level. Out of the elevation; therefore, the laser level can be operated by one person. In the construction industry, the spirit level is an indispensable measuring tool, which can measure the horizontal position, vertical position, and inclination angle of equipment installation.

Laser levels are a mainstream tool typically used in the construction and surveying industry for leveling and aligning applications. They project a constant red or green line onto a surface on a horizontal or vertical plane and can be used for anything from hanging a picture to professional building work.

A laser level is a kind of level that uses a laser beam instead of manual reading. There are two types of laser levels: special laser level and laser device attached to the level. It can be used for leveling measurement by cooperating with a leveling rod equipped with a photoelectric receiving target. Compared with the optical level, the laser level has the characteristics of high precision, long line of sight and automatic reading and recording.