In the past, bridge construction and inspection personnel could only use simple tools such as telescopes for inspection, and had to climb stairs under the bridge for inspection. Due to the high height of the piers and abutments, the clearance between the beams, slabs, and pier caps was very small, making the inspection work very inconvenient and dangerous.Bridge Bearing TesterIt is designed and developed for appearance defects in infrastructure structures that are difficult to observe and collect up close. Single person portable operation, lightweight and fast, easy to assemble. Can be used for disease collection in places such as bridges, buildings, and shafts. Its core functions and application scenarios cover structural health monitoring, disease diagnosis, and safety assessment.

　　Bridge Bearing TesterApplication scenarios and core values:

1. Daily inspection and disease diagnosis

Requirement: Quickly locate defects such as support detachment, rust, and cracked pad stones.

Solution: The device uses ultra wide angle shooting and AI distortion prevention technology to achieve high-definition image acquisition of hidden parts. Combined with wireless transmission function, it can identify diseases on site and archive them remotely.

2. Structural safety assessment

Requirement: Quantify mechanical parameters such as bearing displacement and vibration to evaluate the bearing capacity of bridges.

Solution: The equipment generates a support health status report through high-precision measurement and data analysis, providing a basis for reinforcement decisions.

3. Long term monitoring

Requirement: Track the degradation trend of bearing performance and prevent sudden accidents.

Solution: Combined with IoT technology, this device can achieve real-time data transmission and cloud storage, and alert potential risks through big data analysis.