Whether your DC relies on operator-to-goods batch-picking, zone-picking processes or an automated storage and retrieval system (ASRS), put walls drive order fulfillment efficiency by providing convenient demand consolidation points. But exactly where and how put walls should be integrated can vary widely, depending on the needs of your operation.
Typically, the upstream picking or sortation method used in a facility will determine the most efficient way to utilize a put wall. Here are four of the most common scenarios, organized by the level of throughput they provide.
This scenario minimizes picking execution by allowing pickers to aggregate demand in batches. For example, 10 units might be picked, then distributed to 10 different put wall cubbies. Case picking, where cases of one SKU are picked and distributed to multiple orders, is enabled in the same way.
In facilities with designated product zones, this scenario allows batch or "eaches" picking to take place in each zone. Pickers send totes from their zones to the put wall, where items are then distributed and consolidated by the operator. While still a relatively simple process, picking efficiencies are maximized by breaking order line items into individual zone-picking tasks.
3. Mechanized picking
In this highly efficient scenario, picking is handled by automated storage and retrieval systems, shuttle, carousel or mini-load automation technologies, minimizing the amount of operator movement required. For example, if 25 percent of a retailer's SKUs come from an AS/RS system, these items are automatically batch-picked as needed and delivered to the put wall.
Put walls can also be integrated into the sortation automation process, allowing sorted goods to be conveyed to the designated put wall station.
4. Cross-dock (receiving to order fulfillment)
To expedite delivery of high-demand products, put walls can be deployed in the cross-dock receiving process. In this scenario, items are taken out of cases and distributed directly to the put wall. Orders are conveyed to a pack-out station once demand is filled at the put wall.
Most of today's put walls are designed with fixed, uniform cubby sizes. The next generation of put wall technology will enable customizable configurations to address the challenges of SKU proliferation and changing product and order profiles.
By combining the ability to customize put wall cubby sizes (hardware) with user-friendly programming (software), integrated put wall and light solutions give operators the ability to modify cubby sizes to accommodate varying product and order profiles in the same put wall.
Intelligrated is leading the development of these customizable put wall solutions. With user-friendly software that automatically configures the light-directed confirmations of the cubby sizes, our modular put walls allow DC managers to expand their operations without having to do major material rework to their facilities.
To learn more about how Intelligrated's enabling put wall technologies can enhance your DC's efficiency.