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Atlas Copco

Last updated February 26, 2026
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Vibratory part orientation geometry: Atlas CopcoRecent Research Landscape

Misaligned components in high-speed assembly lines cause mechanical jams and production downtime. This technology stabilizes the spatial orientation and feed rate of small parts through adjustable structural resonance and track geometry.

What technical problems is Atlas Copco addressing in Vibratory part orientation geometry?

Part misalignment and jamming

(5)evidences

Small components like short screws frequently jam or misalign during high-speed vibratory transport. Eliminating orientation errors prevents assembly line downtime and mechanical blockages.

Incompatible motor shaft heights

(3)evidences

Traditional square tube motor mounts exhibit mechanical instability and geometric constraints under load. Resolving these limitations prevents structural failure and improves alignment precision in vibratory systems.