Special Fasteners for Logistics & Automation Systems
Stop vibration failures, misalignments, and jamming in your sorters, conveyors, and robot cells. Our ±0.01mm engineered fasteners ensure geometric reliability under 24/7 operation.
📎 Start with a Free Drawing DiagnosisHow We Turn Your Drawing into a Guaranteed Fit
We don't just sell parts. We provide a 3-phase engineering process that eliminates assembly failures at the source.
Specialized Solutions for Logistics Automation
From main line conveying to robotic workcells, we solve the critical geometric challenges that logistics automation OEMs face every day.
High-Speed Conveying & Merging Units
Eliminating package drift, jams, and premature wear in high-speed merging zones by correcting micro-misalignments in rollers and guide rails.
Precision Sorter Modules
Guaranteeing the long-term positional accuracy (±0.01mm) of swing wheels or cross-belts, eliminating sorting errors caused by vibration loosening.
Robotic Palletizing Stations
Ensuring absolute geometric rigidity at the interface of robot bases and conveyors, preventing pick-and-place failures caused by tolerance stack-up.
🗺️ Get Our Field-Tested "6 Trouble Zones" Checklist
Download the exact checklist our consultants use to diagnose 90% of common fastener failures in conveyor and automation systems. A must-have tool for any design engineer.
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Quick Questions
What's the difference between a 'fit' problem and a 'geometry' problem?
A 'fit' problem is about dimensions (e.g., H7/g6). A 'geometry' problem is about shape and relationships—like a bad chamfer angle causing a jam, or a surface finish that wasn't modeled. We solve the geometry, which is often the true root cause.
Why is a free drawing diagnosis valuable?
Because it provides a no-risk second opinion from specialists who live and breathe assembly reliability. We often spot risks in tolerance stack-up or surface transitions that in-house teams, focused on the broader design, might overlook.