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  NETIS registered products(24)

  We would like to introduce NETIS registered products.

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  Bridge(13)

  In bridge construction, we solve issues using ICT, such as quality and precision management during girder installation, monitoring the impact on piers due to nearby construction, managing the settlement and tilt of bent and sanders, and ensuring safe distances between cranes and existing structures. Improvement of construction precision during girder installation / Safety management of crane operating areas / Monitoring of weather information and concrete temperature.

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  Foundation and Ground(13)

  In foundation and ground construction, we support pile driving management using 3D coordinate data and GNSS, as well as quality control for accurate positioning of pile drivers and safety management for monitoring the impact on nearby structures. Guidance to pile driving locations / Improvement of construction accuracy / Measurement of ground displacement / Radiometric surveying and position correction / Monitoring of noise and vibration levels during construction.

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  Road(7)

  In road construction, we propose measures to address aging infrastructure by utilizing ICT, such as conducting surface condition measurements without traffic restrictions using total stations or multi-stations, and measuring the displacement of the road surface in a plane rather than at points during underpass construction. Current condition measurements before paving work / Dynamic observation of shoulders and road surfaces / Displacement measurement of the road surface during underpass construction / Monitoring of the construction environment.

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  Airport(6)

  At the airport, the flatness of the runway is defined by strict standards. Various systems support the site, including measuring uplift and settlement with a rotating laser, guiding heavy machinery to the pile center using GNSS, and managing the accuracy of pile driving with a total station. Surface measurement with a scanner / management of pile driving during ground improvement / setting of prohibited areas for work within aviation restrictions.

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  Slope and tunnel(4)

  In slope and tunnel construction, high-precision total stations, multi-stations, and laser distance meters are used to measure tunnel internal displacement and slab heaving, while GNSS is employed for safety management at tunnel entrances, ensuring overall safety monitoring. Measurement of tunnel internal displacement using total stations and laser distance meters / Monitoring of slab heaving on the roadway with 3D scanners / Safety monitoring of tunnel entrances using GNSS / Landslide monitoring of slopes with multi-stations.

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  Architecture(5)

  On construction sites, we support one-man steel frame assembly measurements using total stations and mobile PCs, as well as 3D coordinate work for concrete surface leveling. This represents a complete overhaul from traditional methods, contributing to improved convenience and quality management. Steel frame assembly management / Settlement and uplift measurements in new construction and demolition work / On-site noise and vibration monitoring / Quality management of concrete pouring surfaces.

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  Railway and track maintenance(5)

  In railway and track maintenance work, we contribute to the digital transformation of maintenance operations by obtaining the "gauge," "alignment," "level," and "elevation" of the left and right rails in absolute coordinates simply by running along the track, and by calculating the advance amount of special switches using surveying equipment. Track inspection / Calculation of advance amount for special switches / Digital recording of obstacle data corresponding to kilometer information / Monitoring the impact on the track due to nearby construction.

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  Dam(2)

  At the dam, we propose safety measures utilizing ICT, such as dynamic observation of the dam body using total stations and GNSS, and dynamic observation of points and surfaces using multi-station scanning functions. Dynamic observation of existing dams / Displacement measurement during construction.

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  Rivers and ports(9)

  In river and port construction, dynamic monitoring of riverbanks, levees, and tidal barriers, as well as positional guidance and standing management during the installation of steel pipe piles and sheet piles, contribute to the labor-saving and efficiency improvements of projects related to national resilience promoted by the Ministry of Land, Infrastructure, Transport and Tourism. Measurement of displacements of existing structures / Guidance to pile driving positions / Improvement of pile driving accuracy / Monitoring of noise and vibration levels during construction.

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  Disaster prevention(7)

  In disaster prevention, it contributes to disaster prevention construction as a whole, including construction management during disaster recovery work, management of pile driving in coastal protection projects, and monitoring of landslides using total stations equipped with laser distance meters and scanner functions. Precision management of construction for disaster reduction and prevention measures, pre-monitoring of landslides using laser distance meters and multi-stations, understanding the current situation during disasters, and monitoring the progress after disasters, as well as observing meteorological information.

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  Monitoring(6)

  Monitoring supports the "visualization" of the entire site by uploading data from on-site sensors, weather information, and vibration noise to the internet, allowing for centralized management from remote locations via a web browser, or displaying that information on signage. Centralized management of information obtained from various sensors / Monitoring of weather information and vibration noise / Management of data from remote locations via the internet.

Product/Service List (37)