WHY CHOOSE US
RISK REDUCTION
COST REDUCTION
We are constantly committed to upholding the highest standards in terms of quality, environmental protection, and safety, ensuring that we always operate in the best interest of both our collaborators and our clients.
This drives us to seek, develop, and consistently introduce innovations to improve the services we offer.
NETF DRONE is synonymous with reliable and advantageous solutions for large-scale surveys and inspections, especially those that are risky and complex.
VALUE DATA
Subsurface utility detection
SPEED OF EXECUTION
BUSINESS CONTINUITY
We redefine the boundaries of what's possible, transforming the real world into precise digital twins with our 'Scan to CAD' and 'Scan to BIM' activities, taking your design vision to a new dimension of realism and accuracy.
Headquarters:
Via Monte Napoleone 8,
20121 Milan (Mi)
Via Pasquale De Virgilii 2,
66100 Chieti (Ch)
FOR MORE INFORMATION
Tel.: +39 388 10 79 439
Email: info.it@netf.eu
Technological division of :
COMPLETE MAPPING OF UNDERGROUND INFRASTRUCTURE
The detection and mapping of underground infrastructure is essential to ensure safety and efficiency in construction and maintenance projects. By utilizing advanced technologies such as service locators and ground-penetrating radar (GPR), it is possible to accurately locate pipes, cables, and other underground utilities without invasive digging.
Service locators use electronic instruments to detect signals emitted from underground cables and pipes. This quick and effective method provides preliminary localization, helping to avoid damage during excavation.
Ground-penetrating radar (GPR) allows for detailed mapping of the subsurface up to three meters deep. This technology distinguishes between various materials and utilities, offering a three-dimensional representation of the subsurface. Digital maps can be created and integrated into GIS/CAD systems, ensuring optimal information management.
NETF Milano is registered in the "List of UAS operators"
pursuant to the Implementing Regulation (EU) no. 947/2019 on the d-Flight portal
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BENEFITS
The use of advanced technologies such as utility locators and ground-penetrating radar (GPR) offers numerous benefits for the detection and mapping of underground infrastructure.
Greater Safety
The precise localization of pipes and cables significantly reduces the risk of accidental damage during excavation, preventing costly and dangerous incidents. This is essential to ensure the safety of workers and the protection of existing infrastructure
Operational Efficiency
Non-invasive methods save time and resources. By avoiding traditional exploratory excavations, downtime and costs associated with excavation and repair work are reduced.
Data Accuracy
Utility locators and GPR provide detailed and accurate data, allowing for precise mapping of underground infrastructure. This accuracy is crucial for effective planning and execution of complex projects.
Versatility
The technologies used can operate in various types of terrain and environmental conditions, adapting to the specific needs of each project. This makes them ideal for a wide range of applications in the construction and maintenance sector.
Integration with Digital Systems
Collected information can be easily integrated into GIS/CAD systems, enabling optimal information management and facilitating data access for all team members. This supports better communication and coordination among different project stakeholders.
Environmental Sustainability
Reducing the need for invasive excavations, these technologies help minimize the environmental impact of construction and maintenance projects. Fewer excavations mean less disturbance to the soil and surrounding areas.
Cost Reduction
Adopting these technologies can lead to an overall reduction in project costs. Savings stem from reduced downtime, decreased damage to existing infrastructure, and increased operational efficiency.
In conclusion, the use of utility locators and ground-penetrating radar represents a modern and efficient approach to managing underground infrastructure, ensuring safety, precision, and efficiency at every stage of the project.