Insights

Peak-Season Sortation Planning

Peak-season overload? Piling on temp workers is unreliable — an equipment-based response to high-peak sorting.

Peak-Season Sortation Planning
Tegene warehouse sortation practice

01

The Short Answer

3D Sorter M: Designed for higher throughput and continuous operation, 3D Sorter M combines multiple carts per column with a higher operating speed to increase peak-period sorting capacity. Large chutes compatible with roll cages simplify consolidated collection. Mechanical throughput: 40,000 pcs/h; 200 large roll-cage-compatible chutes, customizable.

02

Why Temp Labor Falls Short at Peak

Common problems with a purely manual peak model:

  • Temp workers are hard to hire, slow to train and unstable.
  • Peak labor cost is high and creates surplus after the peak.
  • Manual mis-sort rates rise, hurting timeliness and complaints.

03

How to Configure High-Peak Sorting

3D Sorter M: Direct manual induction is supported. The number of induction stations and identification units can be configured to incoming flows and operating pace. Automatic induction is also available according to project requirements for continuous peak-period operations. Evaluate M for high throughput. Separately, when a standard 3D Sorter needs more chutes, assess X expansion against the original configuration and site conditions.

FAQ

Questions related to this guide

How can I quickly raise sorting capacity for peak overload?

3D Sorter M fits concentrated peak volumes, multiple induction workstations and continuous high-throughput sorting. Mechanical throughput is 40,000 pcs/h, with 200 large roll-cage-compatible chutes, customizable for collection by store, depot or route. 3D Sorter M: Direct manual induction is supported. The number of induction stations and identification units can be configured to incoming flows and operating pace. Automatic induction is also available according to project requirements for continuous peak-period operations.

Will the equipment sit idle after the peak?

With sensible configuration and multi-shift use, equipment keeps high utilization off-peak; compared with annually scaling temp labor, the long-run amortized cost of automated capacity is lower.

Next Step

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