INTRODUCING UNDERTIME
Trimble Earthworks for Excavators was the first aftermarket semi-automatic bucket and boom control system and gives your operation many competitive advantages so you can finish on-time and on-budget.
Learn More – Trimble Earthworks for Excavators PDF
ACCORDING TO YOUR NEEDS
2D CONFIGURATION FOR HEIGHT AND SLOPE – Flexible starter solution for excavation, canal and trench construction, grading and profile work–the start of productivity.
3D SINGLE OR DUAL GNSS OR UTS CONFIGURATION – Powerful 3D control system to measure the exact position of the bucket for more complex grading and excavation tasks.
AUTOMATIC GUIDANCE – Available for a broad range of machine brands and models, the automatic system controls the hydraulics of the machine and achieves high precision in flat or inclined surfaces. With the benefits of automatic functionality, increase the productivity of your machine up to 40%.
How it works:
1. The excavator is placed in auto mode.
2. The operator controls the stick.
3. Trimble Earthworks controls the boom and bucket.
4. Stay on grade, reduce overcut and increase production.
The Core System from Trimble for excavators is the fundamental starting point for an effective solution for your excavator and project needs.
A comprehensive solution for implementing Trimble Earthworks for your excavator for streamlined and accurate projects.
Comprehensive solution for excavators so your project can finish on-time and on-budget.
Top field technologies for Trimble Earthworks for Excavators with the highest level of accuracy.
| Product | Applications | Configurations | Description |
|---|---|---|---|
| 3D | – Highway Construction – Mass Excavation – Land reclamation – Dam and reservoir construction – New infrastructure projects – Landfills and waste deposits | Single GNSS | Measures the position of the bucket and compares that to design data for rough grading and mass excavation on complex design surfaces |
| Dual GNSS | Measures the exact position and heading of the bucket for rough grading and mass excavation on steep slopes and complex design surfaces | ||
| Universal Total Station (UTS) | Total station based system for extreme accuracy for lift and layer control, material monitoring, or where GNSS is not the ideal solution because of overhead obstructions | ||
| 2D | – Residential and commercial sites – Road construction – Trenches – Ditches – Finished slope work – Dredging and waterways – Digging footers and basements | Depth, Slope and Elevation Control | Highly flexible system for excavation, trenching, grading and profile work |
| Depth and Slope with Bench Reference | Simply enter the desired depth and slope, or bench using your bucket. The system will provide guidance to a depth or slope based on distance from a known point or “bench” on the ground. | ||
| Laser Reference | A rotating grade laser provides a reference plane across the job site. | ||
| Laser Reference with Heading | The excavator can be rotated without the need to re-enter the desired depth and slope to maintain consistent accuracy. | ||
| Depth and Slope with GNSS | Keep the easy to use Depth and Slope or Bench and Go workflows, and leverage GNSS to move around the site without having to use touch points or laser reference to carry your elevation. Rotate and maintain constant slopes as the GNSS also provides heading. |
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