This device is a smart sensor powered by artificial intelligence image algorithms, and capable of ultra-high-precision displacement measurement. It performs non-contact, long-distance, large viewing-angle, high-frequency, high-precision , and long-termdeformation monitoring on feature sections (installed targets) or natural feature points of objects. By conducting multi-modal modeling analysis on the collected monitoring data, it identifies critical risk areas, providing robust decision-making support for timely risk mitigation and emergency response. The system enables real-time monitoring of deformation, inclination, and deflection, and is widely applied in disaster risk monitoring and early warning for scenarios such as reservoirs, slopes, bridges, tunnels, power grids, railways.

This device is a monitoring system designed for surface displacement monitoring. It supports BeiDou-3 navigation and features high precision, low power consumption (≤1.5W), integrated design, multi-frequency compatibility, cost-effectiveness, and portable installation. Equipped with a compact solar power system, it enables long-term monitoring in diverse scenarios, including geological hazards, road slopes, tailings ponds, open-pit mines, and other deformation monitoring applications.

This device is a GNSS-based integrated system designed for surface displacement monitoring. By receiving and processing satellite signals, it precisely outputs three-dimensional deformation data of ground monitoring points. It supports standalone BeiDou mode and integrates power supply, sensing, and data transmission into a single unit. Key features include high precision, low power consumption, self-powered operation, and easy installation.

This device features versatile application scenarios, flexible configuration of monitoring parameters and communication modes, ultra-low power consumption, moderate monitoring accuracy, remote intelligent management and control, integrated alarm triggering, and rapid deployment across multiple scenarios.

This device utilizes high-precision MEMS sensors, offering high reliability, rapid stabilization, and simple deployment (minimal installation accessories, easy assembly). It provides RS485 digital output that directly displays engineering values (displacement or angle) and simultaneously measures temperature at the installation point.度。

This device is a MEMS-based sensor with a measurement range of ±30°, maximum accuracy of 0.005°, and operating temperature range of -40°C to +85°C. It integrates a high-precision MEMS accelerometer and a high-resolution delta-sigma analog-to-digital converter, coupled with built-in automatic compensation and adaptive filtering algorithms, significantly reducing errors induced by environmental fluctuations (e.g., temperature drift, vibration). By converting static gravitational field variations into tilt angles, it directly outputs digital inclination values for horizontal alignment monitoring.

This device is a multi-functional instrument designed for ultra-low or low-frequency vibration measurement. This series of low-frequency vibration sensors supports multi-mode measurement, including acceleration, low/medium/high velocity signals, making it ideal for structural health monitoring in scenarios requiring precise detection of subtle to large-scale dynamic displacements.

This device is a 360° omnidirectional scanning real-time slope radar, primarily designed for high-precision real-time deformation monitoring and early warning of slopes, as well as landslide monitoring during emergency rescue operations. With exceptional reliability and accuracy, it is widely applicable for monitoring terrain deformation in geological disasters,emergency rescue scenarios.

This device is a product developed for slope monitoring at medium/close distances, based on arc-shaped synthetic aperture high-resolution imaging and differential interferometry measurement principles. It features non-contact monitoring, high-precision real-time measurement, ultra-lightweight design, omnidirectional scanning, and all-day, all-weather operation unaffected by cloud, rain, fog, vegetation movement, or animal activity. With simple deployment, user-friendly operation, an intuitive software interface, and comprehensive intelligent early-warning capabilities, it delivers high reliability and accuracy. The device is widely applicable in scenarios such as landslide emergency response, slopes in mountainous areas, slopes along railways/highways, open-pit mine slopes, tunnel/bridge monitoring, building collapse detection, and landslide prevention.

This device is a safety inspection product specifically designed for the foundry industry. Its primary function is to detect lining thickness and crack variations in smelting furnaces, thereby preventing furnace breakthrough risks and reducing personnel safety hazards. Current industry practices predominantly rely on manual measurement and visual inspection, which cannot ensure accuracy or safety.As China's first intelligent inspection device developed for smelting furnaces, it utilizes advanced 3D laser and machine vision technologies with artificial intelligence, achieving high-precision detection, digitalization, and 3D visualization of furnace lining conditions.

This device is designed to measure linear distances within a range of 0–500mm. It supports both analog and digital output signals with standardized interfaces, and features robust construction, making it ideally suited for short-stroke, high-resolution applications.

This sensor adopts an ejector-type design, making it suitable for long-term deployment on or within concrete structures and structures made of other materials. It measures the opening/closing displacement (deformation) of expansion joints or peripheral joints, and can also monitor displacement, settlement, strain, and slippage in structures such as earth dams, embankments, slopes, and bridges.Utilizes high-precision resistive sensing elements with secondary signal calibration for high accuracy and long service life.Digital RS485 output ensures reliable data transmission.Simplified structure enables easy on-site installation and plug-and-play connectivity.

This device calculates rainfall by measuring the weight of individual raindrops based on the impact measurement principle. It features versatile application scenarios, flexibly configurable communication modes, ultra-low power consumption, remote intelligent management and control, integrated alarm triggering, and rapid deployment across multiple scenarios. Designed for remote measurement of rainfall parameters (e.g., precipitation amount, rainfall intensity), it ensures reliable monitoring in diverse environments.

This hydrological and meteorological instrument measures natural rainfall and converts it into digital switch signals (pulse outputs) to meet requirements for data transmission, processing, recording, and display.

This device comprises an outdoor rainfall collection terminal and a household alarm unit, connected via wireless communication. When rainfall exceeds preset thresholds, the collector automatically triggers the indoor alarm to activate audible alerts (voice, sound) and visual alerts (light), with three warning levels: Yellow, Orange, and Red. Designed in a residential-friendly form integrated with common household items, it displays Gregorian calendar, time, and indoor temperature to enhance residents' awareness of device maintenance and facilitate timely access to warning information.

This device is a radar-based water level measurement series developed for hydrological and water conservancy applications, featuring easy installation. The antenna type and mounting configuration are adaptable to specific market scenarios, with optimized microprocessor algorithms ensuring high stability and accuracy. It utilizes standardized communication protocols compliant with international norms, offering simple data transmission and high compatibility with various data terminals or host systems, enabling unified, universal, modular, and scalable multi-device networking.

This device is a water level measurement series developed for hydrological and hydraulic engineering applications based on 26GHz high-frequency radar technology, featuring simple installation. The antenna configuration and mounting methods adapt to diverse market-specific scenarios, while optimized microprocessor algorithms ensure stable operation and high measurement accuracy (up to ±3mm). It employs standardized communication protocols (e.g., RS485/Modbus) compliant with international standards, offering easy signal transmission and high compatibility with various data terminals or host systems, enabling unified, modular, and scalable multi-device networking with universal communication interfaces.

This device operates on the principle that hydrostatic pressure of a liquid is proportional to its height. It is constructed using advanced isolated diffused silicon sensing elements or ceramic capacitive pressure sensors, which convert hydrostatic pressure into electrical signals. After temperature compensation and linearity correction, these signals are standardized (typically 4–20mA/1–5V DC). Also referred to as a hydrostatic level gauge, level transducer, liquid level sensor, or water level sensor, it ensures precise and reliable fluid height measurement.

This device is suitable for long-term water level measurement in weirs of rivers, lakes, reservoirs, and dams, serving as an effective tool for monitoring water level and flow variations. It employs a magnetostrictive sensor for liquid level detection, offering high resolution, excellent stability, reliable performance, fast response time, linear measurement, absolute position output, and non-contact continuous measurement with wear-free operation. The sensor requires no calibration or periodic maintenance, outputs RS485 digital signals, and features simple installation with long service life, while synchronously measuring temperature at installation points.

This device consists of a backing plate, sensing plate, signal transmission cable, vibrating wire, and excitation electromagnetic coil. It is an effective monitoring instrument for tracking soil pressure variations within monitored structures while synchronously measuring temperature at installation points.

This device is designed for long-term embedment in hydraulic structures, concrete structures, or soil masses to measure permeability (pore) water pressure within the structure or soil, while synchronously measuring temperature at the installation point. Equipped with compatible accessories, it can be deployed in piezometric pipes or foundation boreholes. The piezometer features an all-stainless-steel construction with compact size, enabling easy placement in confined spaces requiring precise pressure monitoring.

This device is designed to measure various characteristics of infrasound waves, including raw sound pressure data, dominant frequency, and effective sound pressure. With ultra-low power consumption, it operates reliably in power-constrained environments and supports multiple data acquisition modes such as triggered collection and timed collection, making it highly integratable into diverse monitoring systems.

This next-generation intelligent geophone is designed to measure various characteristics of ground sound waves, including raw sound pressure data, dominant frequency, and effective sound pressure. With ultra-low power consumption and high integration, it is ideal for long-term monitoring scenarios. Featuring a standard RS-485 interface, it ensures seamless integration into diverse systems.

This device is designed to meet the demands of industrial users, featuring a high-performance 32-bit embedded processor. Its software supports multi-level diagnostics, while its hardware incorporates multiple protection mechanisms. It supports 4G full-network compatibility and provides extensive interfaces, including RS232, RS485, TF card slot, analog input, digital input, and relay output, enabling remote data acquisition, storage, control, and alarm functions for on-site sensors and devices. It is widely used in geological disaster monitoring, mine safety, urban geological safety, transportation infrastructure, and construction safety for remote measurement and control.

This industrial-grade data telemetry terminal is designed to meet the demands of industrial users, featuring a high-performance 32-bit embedded processor. Its software supports multi-level diagnostics, while its hardware incorporates multiple protection mechanisms. It supports 4G full-network compatibility and provides extensive interfaces, including RS232, RS485, Ethernet, TF card slot, analog input, digital input, and relay output, enabling remote data acquisition, storage, control, and alarm functions for on-site sensors and devices. This product is widely used in water conservancy monitoring, environmental protection detection, meteorological monitoring, earthquake monitoring, and traffic control for remote measurement and control.

This device integrates a RDSS module, RNSS B1/GPS L1 module, and antenna, offering high integration and low power consumption. It fully supports RDSS positioning and short message communication, while real-time receiving RNSS B1/GPS L1 satellite navigation signals.