Wireless Tilt Monitoring System (NETIS)
Wireless Tilt Monitoring System (NETIS)
Sonas' tilt monitoring system, which employs the innovative wireless technology UNISONet, eliminates the need for power supply and wiring, allowing for easy tilt monitoring simply by placing it.
31～60 item / All 81 items
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Sonus's NETIS registered products have been expanded!
There are more opportunities for our technology to thrive in various fields!
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【New Standard for Inclination Meters】Wireless Inclination Monitoring System with UNISONet Installed
For bridge construction and excavation work! Easy real-time monitoring is possible.
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Wireless inclinometer for steel frame construction management (NETIS)
Wireless simultaneous multi-point measurement of over 100 locations achieved, with a measurement resolution of 0.001°.
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For safety management in excavation work. Wireless inclination monitoring system (NETIS)
Low-cost dynamic observation system. For safety management in excavation and retaining wall construction. Battery-operated and wireless.
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Brochure Giveaway! Guide to Using Wireless Inclinometers for Mountain Retention Management
Automating the measurement of displacement in mountain retention at low cost!
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Low-Cost Automation of Displacement Measurement for Construction Sites
Measuring and managing the displacement of retaining walls with a wireless inclinometer. Promoting on-site digital transformation (DX).
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Automation of Displacement Measurement for Tunnel Construction to Improve Excavation Efficiency
Measuring the displacement of the retaining wall with a wireless inclinometer to improve excavation efficiency and safety.
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Automating the management of displacement measurement for dam construction at low cost.
Measuring and managing the displacement of dam structures with a wireless inclinometer. Reducing costs and promoting on-site digital transformation.
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Automating displacement measurement for underground construction at low cost.
Using a wireless inclinometer to measure and manage the displacement of the retaining wall in subway construction. Reducing costs and effort.
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Automating the measurement and management of displacement for retaining walls in harbor construction at low cost.
Wireless inclinometer to streamline measurement and management of ground stability in port construction.
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Automation of tunnel maintenance in mines through displacement measurement of ground support.
Achieving safety management in tunnels at low cost. Automating displacement measurement and immediately reporting anomalies.
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Low-Cost Automation of Ground Settlement Measurement for Real Estate Development
Measuring the displacement of the retaining wall with a wireless inclinometer to reduce risks.
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Automating displacement measurement management for road construction at low cost.
Measure and manage road surface deformation with a wireless inclinometer, reducing costs and effort.
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Automation of displacement measurement for retaining walls in plant construction for equipment protection.
A low-cost, labor-saving solution to ensure the safety of plant equipment using a wireless inclinometer.
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Automating displacement measurement management for bridge construction at low cost.
Achieving low-cost foundation monitoring for bridge construction with a wireless inclinometer.
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Automating the measurement and management of displacement for retaining walls in railway construction at low cost.
Measuring and managing track deformation with a wireless inclinometer. Reducing costs and promoting on-site digital transformation.
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Automation of slope displacement measurement for river improvement enhances bank management efficiency.
Measuring and managing the displacement of the embankment with a wireless inclinometer. Reducing costs and promoting on-site digital transformation.
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Differences in Wireless Inclinometers for Construction Sites
Explaining the differences of wireless inclinometers useful for safety management at construction sites.
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Differences in Wireless Inclinometers for Bridges
Explaining the differences of wireless inclinometers useful for monitoring bridge displacements.
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Differences in Wireless Inclinometers for Tunnels
How to Choose a Wireless Inclinometer that Contributes to Ground Stability in Tunnel Construction
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Differences in Wireless Inclinometers for Dams
Explaining the differences of wireless inclinometers that assist in monitoring the structural integrity of dams.
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Differences in Wireless Inclinometers for Railways
Explaining the advantages and disadvantages of wireless inclinometers in railway maintenance.
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Differences in Wireless Inclinometers for Mining
Advantages and disadvantages of wireless inclinometers in monitoring mine slopes.
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Differences in Wireless Inclinometers for Measurement
Explanation of the differences in wireless methods of wireless inclinometers used at construction sites and similar locations.
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Differences in Wireless Inclinometers for Solar Power Generation
Advantages and disadvantages of wireless inclinometers in the installation of solar power generation mounting systems.
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Differences in Wireless Inclinometers for Wind Power Generation
What are the differences in wireless inclinometers that are useful for monitoring the basic tilt of wind power generation?
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Differences in Wireless Inclinometers for Plants
What is the difference of a wireless inclinometer that contributes to the precision management of plant piping?
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Differences in Wireless Inclinometers for Demolition Sites
Reduce the risk of building collapse! Explanation of the differences in wireless inclinometers.
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Measurement of displacement in mountain retention using wireless inclinometers: A comprehensive guide from installation to utilization.
Automating the measurement of displacement in mountain retaining walls quickly and at low cost.
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Low-Cost Automation of Displacement Measurement for Construction Retaining Walls
Achieving low-cost measurement and management of retaining walls with a wireless inclinometer.
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