Performance Characteristics of Wall-Climbing Robots:

1. (Optional) High-temperature function: Equipped with an over-temperature warning protection feature (when overheating, it alerts the user to move the crawler to a normal temperature area; after cooling, it reminds the user to return the crawler to the high-temperature zone to continue inspection operations). Capable of directly inspecting high-temperature workpieces within the range of -10°C to +150°C.
2. DEMA 70C wall-climbing robot integrates front and rear dual cameras: Enables real-time monitoring and adjustment of inspection positions and routes for high-altitude components from the ground, ensuring controllability of the inspection trajectory.
3. Strong magnetic adhesion, high load capacity, and high safety: Utilizes high-strength rare-earth permanent magnet wheels, which firmly adhere to ferromagnetic surfaces (difficult to detach even manually when stationary). Even in the event of an unexpected power outage, it will not fall off the component. Additionally, it is equipped with a fall arrestor to prevent accidental drops.
4. Diverse movement postures: Safely navigates vertical, horizontal (upper and lower surfaces), inclined, and inverted positions on ferromagnetic surfaces.
5. High motion precision: Employs a high-power dual-motor drive mode for precise forward/backward movement and steering. Equipped with a high-precision encoder, it achieves millimeter-level programmed step-by-step inspection, allowing precise setting of longitudinal step spacing and travel distance.
6. Compact and agile body: Small size and tight turning radius; features a handle for easy transportation, deployment, and retrieval.
7. Comprehensive motion guidance: Includes macro video monitoring to observe the inspected surface in real time.
8. Wall-climbing robot features distance positioning (positioning error ≤30mm) and (optional) defect marking functionality, facilitating repeated observation of suspicious areas.
9. Equipped with an electric probe lifting mechanism to raise the probe when crossing obstacles such as welds or protrusions, preventing snagging.
10. Professionally designed "scanning clamping mechanism" ensures stability in movement and probe coupling.
11. Uses specialized cables, explosion-proof plugs, and includes a leakage protection device for high electrical safety.
12. Portable cable reel stand, integrated with a detachable, high-brightness (visible in sunlight) high-definition industrial tablet, fully considering on-site operating environments and usage conditions.
13. Full-process parallel synchronous processing: Simultaneously acquires ultrasonic data, image data, and travel distance data, ensuring synchronization and accuracy of data and records, significantly improving work efficiency.
14. The host operating software of the wall-climbing thickness measurement robot includes functional modules such as human-machine interaction, user management, parameter input, report generation and output/printing, data maintenance and backup, operation logs, and online help.

Application Areas of Wall-Climbing Robots:

Wall-climbing robots are suitable for high-altitude thickness measurement of various storage tanks, spherical tanks, containers, and overhead pipelines. They eliminate the need for scaffolding, surface grinding, or coupling, and are suitable for high-temperature working conditions.