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This option is built around the practical decisions that come with setting up a lifecycle audit program for high-tonnage gantry cranes. Instead of a generic service, the Guided Setup Option walks through the specific constraints of your site: load spectra, operational cycles, and the condition of existing steel portals.

The focus is on what you actually need to get started. We cover the tradeoffs between a full structural audit and a targeted fatigue test, how to prioritize weld joints and stress zones, and what documentation is required under BIS safety guidelines. The goal is to avoid over-engineering the initial assessment while still capturing the data that matters for long-term planning.

Each setup session includes a walkthrough of your crane fleet's operational history, a review of past inspection reports, and a discussion of acceptable risk thresholds. The output is a clear, actionable plan that defines the scope of work, the testing methods (cyclic fatigue, ultrasonic thickness, magnetic particle inspection), and the timeline for the first audit cycle. No broad promises, just a concrete path forward.

Client feedback on crane audits

What plant engineers and safety officers say about our lifecycle assessments

“The fatigue analysis on our 50-ton gantry crane identified three weld joints that were close to failure. We scheduled repairs before the next production cycle. No unplanned downtime since.”

Malik Wadhwa, Plant Engineer – Steel Fabrication Unit

“We had been running our overhead portals for twelve years without a structural audit. The risk-based inspection plan they delivered cut our maintenance costs by 18% and gave us a clear replacement timeline for the main girder.”

Samir Brar, Safety Manager – Heavy Lifting Division

“The lifecycle audit report included ultrasonic thickness data for every critical section. We used it to justify a capital budget request for two new end trucks. The board approved it in one meeting.”

Operations Director – Port Logistics

“Cyclic testing on our 80-ton crane revealed a crack propagation rate that was three times faster than expected. The recommended inspection interval of six months instead of twelve is now standard across our fleet.”

Chief Engineer – Heavy Equipment Maintenance

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