The Role of Laser Screeds in the Concrete Industry

In modern construction projects, the quality of the flooring directly affects the efficiency of building use and maintenance costs. The emergence of the laser screed marks a complete transition of concrete construction from 'labor-intensive' to 'high-precision technology-based'.

Traditional concrete screeding relies on manually setting side forms and hand-leveling. This method has three critical drawbacks:
Large flatness (FF) deviations: Manual operation makes it difficult to ensure consistency over large areas, often resulting in 'wavy' surfaces.
Low efficiency: Uneven manual vibration can cause air pockets or honeycombing inside the concrete, making it prone to cracking later.
Laser screeding machines, with their laser alignment systems and automated hydraulic/servo actuators, perfectly address these issues and have become the 'standard equipment' for high-standard floor construction in industrial plants, logistics warehouses, airport runways, and more.