Suture Packaging Segmented Retaining Area

The continuous spiral wall is segmented by adding radial partition walls that divide the suture retaining area into multiple sections. This segmentation prevents the suture from becoming wedged in gaps by creating multiple exit paths and distributing the suture across different zones, thereby maintaining compact organization while facilitating easy removal.

Radial partition walls are introduced as intermediary structures between the spiral wall and the cover. These partition walls act as mediators that guide the suture away from the problematic junction gaps, providing intermediate pathways that prevent direct contact with the gap areas where wedging occurs.

The continuous spiral wall structure is segmented by introducing radial partition walls that divide the containment area. This segmentation maintains secure containment by preserving the overall spiral structure while eliminating the continuous gap problem, allowing suture access without binding points.

The design transitions from a two-dimensional spiral pattern to a three-dimensional segmented structure by adding radial partitions that extend vertically. This dimensional change creates multiple levels and pathways, maintaining containment security while providing alternative routes for suture removal that avoid the problematic junction gaps.

The suture retaining area is segmented into multiple zones by radial partition walls, which guide the suture through defined pathways. This segmentation allows the suture to move freely within each zone while preventing entanglement between zones, maintaining both ease of access and suture integrity.

The radial partition walls serve as intermediary guides that actively direct the suture movement. These intermediaries prevent the suture from moving into entangling positions while still allowing smooth, guided access, thereby protecting suture integrity without restricting necessary movement.