Engineering Guides for Sortation & Warehouse Automation
Practical, field-tested solutions for the complex fastener failures that high-speed conveyor and automation systems face. Stop fixing symptoms, start solving the root cause.
Vibration Loosening: Why Your Torque Specs Are Lying to You
Even perfectly torqued bolts can fail under dynamic loads. We dissect the transverse slip phenomenon—the real root cause of loosening—and provide actionable engineering strategies to prevent it.
Read The Definitive Guide →Find Your Failure, Find Your Fix
Problem #1: Bolts repeatedly loosening under vibration?
Your maintenance team is constantly re-torquing the same joints on your sorters. Threadlocker isn't a permanent solution.
See the structural fix →Problem #2: Coated parts jamming during press-fit assembly?
A 0.05mm powder coat layer is enough to halt your production line. Learn to bridge the gap between your CAD model and physical reality.
Diagnose the interference fit →Problem #3: "In-spec" parts failing during assembly?
Every component meets its drawing tolerance, but the final product still won't fit. This is the hidden cost of tolerance stack-up.
Prevent the tolerance trap →Facing a Different Issue?
Our knowledge center covers dozens of failure modes common in automated systems.
Explore All Engineering Guides →Trusted by Engineers in Sortation & Automation
“GorgeoFasteners' analysis on transverse slip helped us solve a chronic vibration loosening issue on our cross-belt sorter carriers. Their focus on joint geometry, not just the fastener, eliminated the need for quarterly retorquing, extending our maintenance cycle by six months.”
— Lead Mechanical Engineer, European Logistics OEM
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Get The GorgeoFasteners 6 Trouble Zones Checklist
Download our field-tested checklist that maps out the six most common fastener trouble zones in conveyor and automation systems. A quick, practical tool for engineers to spot risks before they become failures.