Скачать или смотреть Non-Destructive Rebar Mapping on a 10+ Year Old Mumbai Bridge | ReX 100 Case Study

Join us on a live bridge assessment as we put the ReX 100 rebar scanner to the test—curved piers, vibrating surfaces, and dusty box girders included.

This video presents a full real-world case study using the ReX 100 rebar scanner to assess reinforcement conditions in a 10+ year old reinforced concrete bridge in Greater Mumbai.
Through high-resolution, non-destructive scanning, we mapped rebar across three critical structural components:

🔹 Pier – Curved Surface
Overcame vibration, curvature-induced signal distortion, and uneven textures to verify a dense orthogonal reinforcement mesh with no anomalies.

🔹 Pier – Flat Surface
Detected continuous vertical bars, consistent lateral ties, and cover depths matching original design requirements.

🔹 Interior Box Girder (Partition Wall + Deck Slab)
Operated in low-light confined spaces to confirm multi-layer reinforcement, proper spacing, and structural continuity.

What this video shows:
🔹 Field workflow: grid marking, multi-pass scanning, and on-site validation
🔹 How ReX 100 maintains signal stability under vibration
🔹 Detection of multi-layer reinforcement on rough, curved, and dusty concrete
🔹 Comparison of in-situ reinforcement with original design drawings
🔹 Easy verification with digital PDF reports (ReX Connect)

This case study demonstrates the reliability and diagnostic-level precision of the ReX 100 for assessing aging concrete structures and supporting long-term rehabilitation planning.

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