We believe in technical transparency and spreading best engineering practices. Our case studies document real-world overhead crane failures (e.g., brake slippage, runway rail wear, motor burnouts), explaining root physical causes and definitive engineering solutions to prevent industrial downtime.
Case Studies & Technical Interventions
Select a case card to consult detailed engineering documentation, aerial photos, service reports, and all technical FAQs related to each intervention.
Emergency brake fault resolution on a 10 Ton overhead travelling crane
Holding failure anomaly: the hoisting hook kept drifting downwards after releasing the control button. Aerial intervention with MEWP platform, diagnosis, and final brake lining calibration.
Complete electrical cabinet & inverter revamping on 25 Ton crane
Replacement of obsolete contactor panels with vector inverter drives, dual tandem radio remote control, and new wiring per CEI EN 60204-32.
10-Year structural inspection & SWP safe working period assessment
Non-destructive magnetic particle (MPI) and ultrasonic testing on critical welds, certified engineering report, and maintenance logbook update.
Frequently Asked Questions About Our Case Studies and Engineering Reports
Engineering transparency, multi-brand diagnostics, and certified safety intervention reports.
Yes, absolutely. Our technicians and mobile workshops service all major European overhead crane brands daily (Demag, Konecranes, GH, Misia, Donati, Omis, etc.), supported by our extensive spare parts inventory and custom CNC precision machining capabilities.
Yes. Our licensed engineers carry out thorough on-site health checks on crane girders, runway alignment, wire ropes, and brake systems, providing plant managers with an official risk-assessment report and prioritized action plan.
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