Advanced Grader Leveling Systems for Improved Construction Precision

Manual grader leveling systems which go by other names such as machine control (MAC) system consists of sophisticated pieces of equipment and tools that are used in enhancing the grading as well as the leveling of surfaces. Grader leveling system incorporates various sensors, computer personnel and GPS technologies, mathematical algorithms that enables the different heights of the grader blade to be pre-determined and subsequently programmed into the computer for use with the control system Therefore the quality of the earthmoving processes is kept optimal and resulting in a perfect surface finish.

How Hot Milled Grader Leveling System Work
Sensors: These devices do the work of estimating the height of the earth surface and these estimates are transmitted to the control unit. Laser sensors, radar core or spe xuding serial port right sonic devices are some of the prevalent sensors in such systems.

Use of GPS Technology: In so doing, the use of global positioning system (GPS) is integrated so that the grader leveling system knows the exact position of the machine on the job site. This information is used to compare with the design already saved in relation to where the machine is positioned enabling quick rectification if need be.

Software Algorithms: The control unit performs the processing of data coming from sensors and GPS technology by applying logic to determine the height adjustments necessary for the blade. These adjustments are in turn sent to the hydraulic actuators that are in charge of raising or lowering the blade.

Maskura Technology: A Manufacturer in Advanced Grader Leveling Systems
Here at Maskura Technology we appreciate that construction is not an aimless process. That is the reason we have come up with advanced grader leveling systems that are able to handle the toughest of the jobs. Our grader leveling systems are equipped with the most advanced sensor technologies known to man, with the most accurate GPS, and the most powerful software algorithms.