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Uncovering Data, Digitalise Reality
Undertaking any excavation will inevitably bring site workers into close proximity to underground utilities. Consideration should always be given to knowing the exact location of all buried utilities before and during the excavation process.
Continuously changing environments and increasing populations bring the need to construct more buildings and renovate existing ones. We can see the change easily by looking at the infrastructure. Speciality utilities must be maintained or repaired continuously. The main challenge for this change is not knowing the accurate position of the utilities.
Undertaking any excavation will inevitably bring site workers into close proximity to underground utilities. Consideration should always be given to knowing the exact location of all buried utilities before and during the excavation process. To safeguard against utility strikes, a cable locator is used for detecting the presence and proximity of buried utilities.
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Uncovering underground utilities requires the use of different methods and products to fit different situations. There are variety of technologies that can be used for...
One central dashboard for all the Leica Geosystems detection solutions
A utility map shows the positioning and identification of buried pipes and cables beneath the ground. Combine mapping process with a topographical survey and the results will provide you with a comprehensive detailed map of utilities.
There’s a lot going on underground that you need to know about before you ever start to dig. The Leica DS2000 utility detection radar finds all potential threats, including non-conductive pipes and fibre optics.
IDS GeoRadar Opera Duo is a smart and integrated solution designed for utility detection and mapping, available in two versions: 2 or 4 wheels, capable to detect any type of pipe material at different depth.
The uNext platform offers an all-in-one utility detection software platform 100% customized for Opera DUO and DS2000. Designed to operate directly on-site maximizing user experience and intuitiveness, this software offers an easy to use of external devices (GNSS, Total Station, Cable Locator).
DX Office Vision is Leica Geosystems’ utility post processing software that allows DS2000 users to map digitally the detected underground utilities in a simple way by converting GPR data into CAD drawings.
One central dashboard for all the Leica Geosystems Detection solutions
Collecting high-accuracy geospatial data on your smartphone or tablet has never been easier.
Advanced post processing software for 3D & 2D tomographic rendering of acquired data. Recommended for pipe and utility mapping and 3D analysis of the subsurface. With it you can have a set of options to navigate, cut and mark anomalies for a better interpretation when you show multiple radargrams simultaneously.
Meet the world’s first self-learning total station. Automatically adjusting to any environmental conditions, the Leica Viva TS16 locks onto your, and only your, target.
Utility location, as the process of identifying and labelling utility mains that are underground, is a growing concern. For this reason, the market for utility locating equipment is evolving and growing.
Uncovering underground utilities requires the use of different methods and products to fit different situations. There is a variety of technologies that can be used for underground utility detection.
Building a new house on the street, changing telecom cables to fiber optics or putting power lines from air to underground means changes in infrastructure.
An extensive utility detection and mapping process allow an accurate and complete recording of underground utility assets reducing the risk of third-party damage. The use of multi-frequency and multi-channel radar technology, permits to scan and map all the underground assets both in narrow and extensive areas with a fast and easy process with very high accuracy and significant resource reductions.
Stream C is the compact array solution for real-time 3D mapping of underground utilities and features. It is able to detect the buried pipes and cables automatically. Stream C ensures higher productivity: surveys only need to be performed in one direction to detect both longitudinal and transversal pipes.
RIS MF HiMod is a modular, robust, multi-use GPR system capable of scanning small and large areas in a short period of time and provide an accurate 3D view of the subsoil with a high resolution and depth penetration thanks to the integrated dual frequency antennas.
Stream EM is a vehicle-towed radar solution for extensive 3D mapping of underground utilities and features for utility locating and mapping of wide road surfaces. Stream EM leverages data collection speed with only one scan for both longitudinal and transversal pipe detection.
Software application for advanced GPR data collection thath provides real-time target viewing, onsite object mapping and GPS navigation. It is a powerful tool for use with...
Advanced post processing software for 3D and 2D tomographic rendering of acquired data. It is recommended for pipe and utility mapping and 3D analysis of the subsurface....
What's happening underground affects what's happening above ground. With 3D visualisation underground with GPR and above ground with laser scanning, extensively know any environment to make the best informed decisions.
A mobile reality capture solution that provides an integrated hardware platform for extensive 3D mapping of both underground utilities and surface features in only one scan
Data collection software for advanced GPR equipments which provides a real-time target viewing, onsite object mapping and GPS navigation. It is a powerful tool for use with an array of antennas when performing utility mapping, archeological, environmental surveys and extensive mapping of medium to large size projects.
Advanced post processing software for 3D and 2D tomographic rendering of acquired data. It is recommended for pipe and utility mapping and 3D analysis of the subsurface. With it you can have a set of options to navigate, to cut and mark anomalies for a better interpretation when you show multiple radargrams simultaneously.