Pop Up Divert
Is a pop-up divert the same as a pop-up transfer?
In industrial conveyor vocabulary, the terms are often used interchangeably or as close variants; both refer to a lift-and-redirect device that changes item direction at a transfer point.
What item types are best suited?
Cases, cartons, polybags, parcels, and filled containers are common use cases; suitability depends on weight, footprint, stability, and bottom-surface contact area.
Why use a pop-up divert instead of a continuous turning conveyor?
It provides a compact footprint and permits selective diversion from a single main line without routing every item through a permanent turn.
A pop-up divert is a conveyor sortation mechanism that uses rollers, wheels, or belts rising vertically from beneath the conveying surface to lift and redirect items off a main line onto a branch, chute, or transfer lane, typically at 30°, 45°, 80–85°, or 90°, without stopping upstream material flow in distribution and manufacturing applications.
On a real shop floor, the pop-up divert is installed inline at a decision point where cartons, cases, polybags, or parcels must leave a main conveyor for an outbound lane, chute, or cross-line. It stays flush until item detection confirms the right SKU, then the roller or belt bank lifts and pushes the load at a set angle—commonly 30°, 45°, 80–85°, or 90°. This is critical in distribution centers and manufacturing lines because it allows selective diversion in a compact footprint without routing every unit through a permanent turn. In inventory workflow, the divert sits between line-side accumulation and outbound routing, separating WIP, finished goods, or picked orders into the correct dock stream. System control depends on reliable singulation and actuation timing; adjacent conveyor heights and lane geometry must match the divert angle to avoid impact or misalignment.
Mis-sized item mix: Products outside the system's weight, footprint, or bottom-surface envelope skew or stall at the divert point because the lift-and-transfer motion assumes stable geometry.
Poor upstream spacing: Closely spaced items make the pop-up lift under the wrong load or divert the wrong unit, because singulation and actuator timing are not synchronized at the transfer point.
Divert-angle mismatch: When the pop-up angle and receiving lane geometry do not align, loads impact, rotate, or miss the chute because 30°/45° and 90° designs are not interchangeable without engineering changes.