Walk Behind Concrete Laser Leveler Machine for Small Job Site

It mainly relies on the coordinated operation of a laser emitter, a laser receiver, and a computer control system. The laser emitter generates a rotating laser plane as an absolute reference, and the receiver on the machine monitors the height of the screed head in real time. If a deviation occurs, the control system automatically adjusts the scraper via a hydraulic system, achieving real-time calibration 10 times per second, thus ensuring the flatness of the ground.

Higher precision: Ground flatness & levelness improved by over 3x, meeting American ACI and other industrial flooring standards easily. Higher efficiency: 50%-80% faster construction.

Taking a common walk-behind machine as an example, the screed width is typically between 2.5 and 3 meters, with a construction area of over 300 square meters per hour. The daily (8-hour) work efficiency is around 2500-3000 square meters, depending on the concrete supply and site conditions. Large telescopic boom machines are even more efficient.

Yes. Each machine undergoes rigorous whole-machine testing and no-load operation testing before leaving the factory. We ensure that the parallelism of the leveling rollers, the laser signal response sensitivity, and the stability of the hydraulic system meet the standards.

Absolutely. Steel fiber reinforced concrete requires even higher compaction standards. The high-power vibration motor of the laser screed effectively vibrates and compacts the steel fiber concrete, pressing the steel fibers into the slurry and preventing them from lifting. This makes it ideal for heavy-duty floor construction.