Trimble offer a range of workflows for the modern digital construction professional. These hardware and software solutions are specifically designed to make the construction process more cost effective, more efficient, safer, and more accountable – by reducing waste, reducing personnel on site and reducing the need for costly and inefficient rework. The RTS range of robotic total stations are designed to be used by a sole operator, immediately cutting down on-site personnel and costs. The RTS range automate a number of laborious setting out tasks – minimising errors and dramatically increasing efficiency. Combine your RTS with Trimble Fieldlink software for the simplest and most efficient workflow from the office to the construction site and vice versa. You can prepare building setting out data in the office, then upload via Fieldlink to your on-site crews, and you can review the reports and data returning from the site, allowing you to update and refine your BIM model.
Besides setting out, Trimble’s digital construction tools include 3D laser scanning with the TX6, TX8 and X7 laser scanner, which features self-registration, self-levelling, and requires no annual calibration. The construction applications for laser scanning are practically endless; as-built verification, scan to BIM, floor flatness verification, prefabrication Skid QA/QC, precast set-up verification, underground utilities and facade studies.
Trimble also leads the way in construction visualisation technology. The XR10 with Microsoft Hololens 2 Hardhat brings your 3D BIM data to life, allowing you to overlay 3D imagery directly onto the construction site. Bring your data to life, and massively increase project understanding with your key stakeholders. For outdoor use, connect Trimble SiteVision to your mobile phone, enabling you to visualise your 3D design information in situ. With augmented reality technology, you can visualise your built asset before a single brick has been laid, reveal hidden, underground utilities, or you can clearly communicate project progress.