Plant Hire and Machine Control
At Samsett Surveys & Engineering Ltd, we provide contractors with state-of-the-art systems that utilise 3D design models and GPS systems to help you maintain accurate positioning throughout your project. Make sure that your earthwork machinery is positioned with the utmost accuracy with our machine control systems. At Samsett Surveys & Engineering Ltd, we provide contractors with state-of-the-art systems that utilise 3D design models and GPS systems to help you maintain accurate positioning throughout your project.
Obligations of the Client
- The Client Must Supply a 3D Model, Preferably in MX GENIO Format
- This Model Must Contain All Design Strings, Including the Master String in Road Projects
- 2D AutoCAD Drawings Cannot Be Entertained as It Is Impossible to Build up a Digital Terrain Model Using This 2D Model
Obligations of Samsett Surveys & Engineering Ltd
- Our Trained Surveyors Will Interrogate the Model and Edit, If Necessary, to Generate a Digital Terrain Model (DTM)
- Background Drawing Files Will Be Created Ready to Be Loaded into the Machine’s Display Unit for Driver’s Use
- This Model Will Then Be Generated in the Computer Simulator to Determine the Surface Anomalies. These Anomalies Will Be Corrected prior to Transfer of the 3D Model Being Loading into the Dozer’s On-Board Computer
UTS system, is perfect for final trimming as it can achieve higher accuracies of +/-3 – 6mm. UTS will require a Trimble SPS930 robotic instrument, which will need to be set up daily by our engineers so it can track the prism mounted on the Dozer relaying information
For your bulk earthworks we would supply you with our 3D GPS kit. With our GPS we can offer accuracy of +/- 15 25mm. You will need to set up one of our Trimble SPS855 base station, then convert the design model into a dozer format file and load it into a dozer. Once everything has been checked our CPCS operator will be able to view the Cut/Fill & the site layou
Contact us now to find out more about the services we provide using machine control systems.