From Piles to Laser Systems: The New Reality in Earthmoving

For many decades, pile driving has been the dominant way of guiding earthmoving machinery in construction operations. The stakes, as natural points of reference, allowed the determination of levels and height differences in the works. However, this method had significant limitations, being time-consuming and prone to human error. The advent of Laser systems has revolutionized the way earthworks are now carried out, offering unparalleled precision and efficiency.

The Significant Change Brought by Laser Systems

The Laser systems have made traditional dowels almost obsolete, especially in applications that require stable slopes and high precision. Especially in projects such as paving for industrial buildings, parking lots, stadiums or even fields, Laser Automation Systems offer a top solution.

The main reason that Laser Systems have become the new standard technology in these projects is their ability to offer exceptional accuracy and automation. The project machinery (Excavator, Grader, Dozer, Loader, etc.) equipped with the appropriate Laser equipment, can automatically form the desired surface, eliminating the need for manual checks and corrections.

How Laser Systems Work

The operation of Laser systems is simple, but impressively effective. At each construction site, a Laser Pathfinder is placed at a central point. This Laser creates a horizontal or inclined reference plane that serves as a guide for leveling machines.

These machines are equipped with Laser receivers, which track the position of the Laser in real time. As the machine moves, the Laser System automatically controls the elevations of the surface being formed, ensuring that the material is laid with absolute precision. The operator mainly undertakes the management of the course and the material, while the Laser system undertakes the precise shaping of the surface.

Laser – Ideal Solution for Fixed Slope Projects

Laser Automation Systems are ideal for projects that require stable slopes and perfectly flat surfaces. In applications such as:

• Industrial buildings: For the proper construction of industrial building floors, accuracy in leveling is critical. The slightest mistake can have serious effects on the stability and functionality of the space.
• Parking: Creating level and well-formed parking lots requires precise elevation control to ensure smooth drainage and surface uniformity.
• Stadiums and sports facilities: The fields, whether for football, tennis or any other sport, must have perfectly flat surfaces, in order to meet the specifications and ensure their excellent operation.
• Fields: The leveling of fields for irrigation or cultivation is another example where Laser Systems offer unique advantages, ensuring optimal use of the land and uniform diffusion of water.

The Benefits of Laser Systems in Earthmoving

Laser Automation Systems offer a number of advantages that make them irreplaceable in many applications:

• Accuracy: Laser level control offers millimeter accuracy, which is not possible with traditional stakes. This ensures that the finished surface is exactly as designed, with no deviations.
• Speed: With Laser Systems, machine operators can complete their jobs much faster as the system automatically checks the surface and eliminates the need for constant measurements and corrections.
• Cost Reduction: Thanks to the precision and speed offered by Laser Systems, the overall cost of the project is reduced. Jobs are completed faster, with less material and with less wear and tear on machinery.
• Convenience for the operator: Machine operators can focus on managing the material and machine path as the Laser system takes full control of elevation accuracy.

Laser – Conclusion

Laser Automation Systems have changed the way earthmoving operations are performed, especially on projects that require stable slopes and flat surfaces. This technology offers precision, speed and cost reduction, making it the ideal choice for projects such as industrial buildings, parking lots, stadiums and fields.

The transition from piles to Laser Systems is inevitable for those who wish to remain competitive and execute projects with maximum efficiency and accuracy.