Settlement systems monitor changes in both ground surface and subsurface, detecting settlement, heave, and the effectiveness of consolidation in soft soil formations. Significant construction projects are susceptible to these underground shifts and changes.

Automated Inclinometer is a high-precision automatic measurement for structural and geotechnical movements while reducing manual labor. 

Shape Array is reliable and precise measurements for real-time deformation tracking. Need more manual handling compared to the automated Inclino-Robot.

Tiltmeter is a compact and robust instrument for detecting subtle angular changes in buildings, bridges, or other structures.

Data Loggers are used to gather data from a diverse array of geotechnical sensors and gauges, such as vibrating wire and digital microelectromechanical systems (MEMS). They automatically capture sensor outputs and can be configured to activate alarms if readings exceed predefined critical thresholds.

Water level and seepage pressure monitoring is essential post-heavy rainfall to manage hydrostatic pressure against structures. Monitoring these factors is critical for predicting structural behavior and ensuring stability, particularly in dam engineering where seepage assessment is crucial for maintaining structural integrity.

Displacement monitoring devices are indispensable tools for measuring and monitoring movements in structures and geological formations, particularly along surface cracks or construction joints. They are essential for ensuring the safety and stability of critical infrastructure such as dams, bridges, tunnels, and buildings, as well as in environmental assessments and geotechnical investigations.

Environmental monitoring devices, especially wind pressure sensors, play a crucial role in assessing and managing environmental conditions. These sensors are designed to measure the pressure exerted by wind on surfaces and structures. They provide essential data for various applications, including weather forecasting, building design, and environmental impact assessments.

GeoSitter monitoring instruments offer a comprehensive range of vibration monitoring tools tailored for civil engineering, strong motion sectors, and safety industries, ensuring precise measurement and analysis of structural vibrations for optimal safety and performance.

Stress/Strain gauges and meters measure strain in materials like steel and concrete. They track deformation caused by load stress, crucial for maintaining structural integrity. These tools are essential in building dams, bridges, tunnels, and reinforcing steel structures like ground anchors, excavation struts, and concrete rebars.

High Support Formwork Monitoring involves tracking the stability and performance of formwork systems used in high-rise construction or large-scale concrete structures. This monitoring ensures that the formwork supports the load effectively, preventing deformation or failure during the curing process. Key aspects include assessing the structural integrity, detecting potential issues early, and ensuring the safety and quality of the construction process.