Sensors
High-precision strain gauges, inclinometers, piezometers, and vibration sensors designed for long-term structural monitoring with excellent stability and reliability.
Showing 43 products
Precision crack meter for monitoring joint and crack movements in concrete structures using vibrating wire technology.
Rugged vibrating wire meter specifically designed for embedding in mass concrete to monitor construction joints.
Cost-effective, transparent polycarbonate gauge for visual monitoring of crack evolution in two or three dimensions.
Linear potentiometer sensor designed for dynamic crack monitoring and high-frequency data acquisition.
Hydrostatic settlement system for monitoring vertical movement in embankments, fills, and foundations.
Multi-point extensometer for measuring deformation at various depths within rock or soil masses.
Horizontal strain meter for monitoring lateral deformation in earth-fill dams and embankments.
Probe-based system for monitoring settlement or heave at multiple depths using magnetic targets.
Total pressure cell for measuring stress distribution within soil embankments, dams, and at concrete interfaces.
Radial and tangential stress cell designed for monitoring stress in shotcrete tunnel linings.
High-capacity center-hole load cell for monitoring forces in ground anchors, rock bolts, and tiebacks.
Resistive strain gauge load cell designed for dynamic load monitoring and high-frequency data acquisition.
Hermetically sealed sensor for measuring pore water pressure in soil, rock, and concrete foundations.
Simple, reliable open-tube piezometer for manual groundwater level monitoring and permeability testing.
Portable MEMS-based system for monitoring changes in inclination of structures using permanently installed tilt plates.
Traversing vertical probe system for profiling lateral deformation in boreholes, piles, and diaphragm walls.
Precise verticality monitoring system for measuring relative horizontal displacement in dams and tall structures.
Absolute displacement monitoring system anchored in stable bedrock to measure movement of the structure's foundation.
Fixed-in-place biaxial tilt sensor for continuous, automated monitoring of structural rotation.
High-stability vibrating wire tilt sensor designed for long-term monitoring of rotation in massive concrete structures.
Embeddable vibrating wire sensor designed for monitoring internal strain and stress in concrete structures.
Spot-weldable vibrating wire sensor for measuring strain in steel structures, struts, and piles.
High-frequency resistive sensor for dynamic strain measurement and fatigue analysis in structural steel and machinery.
Specialized sensor assembly designed to isolate and measure non-load related volume changes in mass concrete.
Multi-axis strain gauge assembly for determining the magnitude and direction of principal stresses in concrete.
High-precision capacitive MEMS accelerometer for structural vibration monitoring and seismic event recording.
Self-contained, portable system for monitoring ground vibration and air overpressure from blasting and piling.
High-dynamic range seismic recorder designed for permanent earthquake monitoring and structural response analysis.
Highly stable vibrating wire sensor for monitoring internal temperature in concrete, soil, and rock masses.
Economical and robust temperature sensor for high-point monitoring of concrete curing and industrial processes.
High-sensitivity NTC resistive sensor for precise, point-source temperature measurements in soil and concrete.
Precision-machined overflow plate for measuring small to medium seepage flow rates in dams and drainage channels.
Automated system for continuous monitoring of seepage flow rates using high-precision vibrating wire technology.
Professional-grade multi-parameter meteorological station for real-time monitoring of site environmental conditions.
High-precision tipping bucket rain gauge for monitoring precipitation intensity and total accumulation.
Dual-sided reflective targets designed for high-precision 3D monitoring of structures using Total Stations.
High-precision corner-cube glass prisms for long-range structural monitoring and automated surveying (AMTS).
Robust, permanent reference bolt for monitoring vertical settlement and leveling of buildings and structures.
Sub-surface reference point for monitoring vertical settlement and heave in soil, embankments, and soft ground.
Rugged contact-based sensor for monitoring maximum scour depth around bridge piers and abutments.
Active acoustic sensor for real-time, non-contact monitoring of riverbed elevation and scour hole development.
Electrochemical sensor for real-time measurement of the instantaneous corrosion rate of rebar in concrete.
Embeddable half-cell reference electrode for monitoring the thermodynamic probability of rebar corrosion.
Our technical team has decades of experience in structural health monitoring. Let us help you choose the optimal sensor configuration for your project.
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