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Core Advantages of Toehold

  • Design

    Professional civil engineering team providing customized structural monitoring solutions.

  • Integration

    Self-developed high-performance sensors, data acquisition & transmission systems, and data management platforms.

  • Implementation

    In-house construction team capable of executing the entire project independently, ensuring quality.

  • O&M

    24/7 uninterrupted operation and maintenance services, with technical experts providing full-process support and guidance.

IoT
Monitoring

Toehold Technology's self-developed intelligent monitoring hardware and structural health monitoring solutions have been widely applied in fields such as transportation, municipal engineering, geological disasters, mining, railways, water conservancy, wind power, ancient building preservation, and rail transit.

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Bridge Automated Monitoring

Bridge structure monitoring should prioritize displacement monitoring over force monitoring. Cracks in bridges reduce the effective cross-sectional height of the beam, leading to increased deflection, which in turn accelerates crack development, crack and deflection monitoring are the two primary measurements for medium-sized bridges.For large and super-large bridges, it's essential to monitor tower inclination...

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Tunnel Automated Monitoring

Tunnels are often constructed in areas with complex terrain, serving as critical transportation nodes and presenting challenging safety risks. Over time, they are exposed to various environmental factors, leading to issues such as cracking of the arch, water leakage, damage to the lining, and air pollution inside the tunnel.In the health monitoring of tunnels, the deformation and stress of structures are...

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Slope Automated Monitoring

The catastrophic changes of a slope are a process that evolves from slow quantitative changes to qualitative changes. We can use IoT monitoring technology to conduct long-term monitoring of slope deformation. A series of intelligent sensors are installed on the monitored slope to collect relevant data on the slope's structural safety. This data is uploaded to the cloud in real time via the network. After being analyzed...

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Hydraulic Structures Automated Monitoring

TOEHOLD Technology has developed an automation monitoring system for water conservancy structures such as dams, water gates, levees, and seawalls. This system includes displacement monitoring, seepage monitoring, rainfall forecasting, and video surveillance.

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Multi-sensing Unit

A highly integrated low-power smart monitoring terminal capable of real-time monitoring of multidimensional parameters such as acceleration, velocity, tilt angle, displacement, and temperature.

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Intelligent warning prompt screen

An intelligent safety warning device integrates warning components such as a dual-color strobe light (two blue and two red), red and yellow warning text, a voice announcement system, and an LED display.

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Fully Automatic Inclinometric Robot

The automatic inclinometric robot enables quick installation with inclinometric holes, realizes fully automatic measurement, and significantly reduces the work intensity of manual inclinometric operations.

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Intelligent Vision Gauge

Non-contact Dynamic and Static Integrated Measurement, which supports all-weather stable monitoring and automatically transmits back on-site photos or videos of abnormal conditions.

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Wireless Mote Series Intelligent RTU

Features a built-in 4G transmission module and a high-capacity battery, with an external low-light solar charging panel on top of the casing, eliminating the need for additional power supply and wired networks so as to be quickly deployed on-site.

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Intelligent Vision Hydrostatic Level Gauge

Equipped with a CMOS line-scan camera and can be attached to the structure to measure elevation data along all the measurement points.

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CNC
Hydraulic

The CNC hydraulic system series solutions are widely used in fields such as bridge construction and maintenance, mechanical manufacturing, rail transit, testing instruments, and structural safety monitoring.

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D-Type Integrated Intelligent Hydraulic Strut Cylinder

A fully automatic servo system applied in excavation support to control deformation and ensure the safety of both construction and surrounding structures.

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Strut Force Servo System

The Strut Force Servo System is a comprehensive safety solution for excavation support. It is designed for projects that require strict control of excavation-induced deformation.The system's key features include 24-hour continuous monitoring, automatic low-pressure compensation, and high-pressure alarms. This multi-layered approach provides all-around safety assurance.

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Computer-Controlled Prestressing Tensioning System

The prestressing tensioning program-control system consists of a program-control host unit and an operation front-end. The operation front-end includes: measurement and control circuits, an oil pump, hydraulic jacks, sensors, and other components. The D-Type is the flagship system, which utilizes a dual-circuit numerically controlled oil pump capable of simultaneously driving four hydraulic jacks to achieve symmetrical tensioning of two steel strands.

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Tension Stress Detector

The Tension Stress Detector consists of a program-controlled host unit and an operation front-end. The front-end includes measurement and control circuitry, a numerically controlled pump station, a dedicated hydraulic jack, load sensors, and other components. It employs the re-tensioning method principle to test individual steel strands. The system is now widely used in Zhejiang, Yunnan, Guangdong, Guizhou, Anhui, Guangxi, and other provinces.

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Synchronous Lifting System

The synchronous lifting system comprises a host unit, CNC pump stations, hydraulic cylinders, sensors, application software, and other components. It can be flexibly configured according to project requirements to perform installation and correction adjustment work on large structures, including pushing, lifting, raising, and rotating. The system offers high precision, minimal synchronization error, intelligent operation, a high degree of automation, and a distributed structure that ensures safety and reliability.

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  • 50+

    Products

  • 100+

    IP Rights

  • 1000+

    Projects

  • 300+

    Clients

Note: Statistical data includes all invention patents, utility models, and software copyrights of all subsidiaries.

News

Toehold Technology Wins First Prize of 2024 Shanghai Science and Technology Progress Award

2025-09-02

On August 26, the 2024 Shanghai Science and Technology Awards were officially announced. The project...

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Partners

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11th Floor, Section E, No. 1515 Zhongshan North 2nd Road, Hongkou District, Shanghai, China(Tongji Hongkou Green Technology IndustrialPark)


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