System Report: Brownells new DC is flexible and responsive

With conveyor, a WMS and put-to-light technology, Brownells has improved productivity and efficiency while being more responsive to its customers.


A leading provider of gunsmithing tools, parts and accessories, Brownells has established an industry-leading position with its new distribution center.

Receiving:

Trucks are unloaded in the trailer unloading area (1). From there, they are scanned into the warehouse management system (WMS) at pallet-flow fed workstations in the receiving and quality control check in area (2). Items that are new to the system are weighed and cubed. Once items have been received, they are scanned into a tote for storage. Totes are conveyed to one of the pick module zones (7 or 8), or moved by carts or pallets to the component bin storage area (4), the powder storage room (5) or to selective racking in reserve storage (6).

Putaway:

Items are putaway into storage mediums using WMS slotting rules. The fastest moving items will be stored in the multi-level pick modules (7 & 8). Totes accumulate on carts that hold up to 12 totes. Once a cart is full, the WMS directs an operator to a storage location. Materials for kitting are stored in the component bin storage area on shelving (4), while heavy, odd shaped and slow moving items, as well as active reserve inventory, are stored in the reserve storage area (6). Finally, ammunition is stored in the powder storage room (5).

Kitting:

Some items are kitted together in the kitting area (3). To start the process, components are transferred from the component bin storage area (4) to the kitting area (3). There, the WMS identifies the items for a specific kit, and then create a new SKU for the kit. At that point, the kits are placed on the receiving conveyor for put-away in the pick modules (7 & 8).

Overview of the distribution center

Picking:

The WMS batches orders based on criteria, such as whether it’s a rush order; one-line, one-piece orders; multi line, multi piece orders; and the pick zone where items are located, to name just a few. Batched orders are assigned by the system to a fixed tote ID, which is then routed to one of the seven picking zones in the pick modules (7 & 8). Operators scan the tote ID and are directed in an optimal pick path using an RF device until all of the picks in their zone are complete. The tote is placed back on the conveyor for routing to the next pick zone or to one of the packing areas packing (9, 10, 11 & 12) when all picks have been completed.

Store pick up:

When a customer places an order in the store (16), the host system passes a special order request to the WMS, which expedites the picking request. Picked items are placed in a tote and conveyed from the pick module (7 & 8) directly to the walk-in store in minutes.

Order consolidation and packing:

  Completed totes are routed directly to one of 10 put-to-light order consolidation and pack stations located across four areas.

The “fast-pack” station (9) handles one-line, one-piece orders. An operator scans the tote to identify the orders to be processed. As the operator then scans and places each piece into a shipping envelope or box, the WMS ”checks off” the corresponding open order as complete. The envelope or box is then routed on the outbound conveyor to fill and tape operations (13), and through an automated print-and-apply ship label system (14).

At the small (10) and medium (11) put-to-light and pack areas, an operator scans the Tote ID, which triggers the WMS to drive the consolidation logic for an order. The operator is directed by lights into which “lean bin” to consolidate the order. After all the items required for the order have been accurately placed into a “lean bin,” a completed order light indicates to an operator on the opposite side that the order is ready for packing. The orders are placed in the shipping box and conveyed through the fill and tape (13) and labeling operations (14).

Orders requiring odd sized items or special packing needs are conveyed to the “freight” pack area (14) for manual order packing.

Shipping:

After all orders are properly picked, packed, weighed and labeled, they are sorted based on best parcel shipping method (15) for truck loading.


Article Topics

Equipment Report
Features
Magazine Archive
Other
Warehouse
Inventory & Picking
Technology
Automation
Equipment
Conveyors & Sortation
Conveyors
Pick to Light
System Report
Totes and Containers
WMS
   All topics

Equipment Report News & Resources

Radial stays ahead of the automation curve
Wireless Mobility: Ready for the next leg up
AGVs set new standards for inventory transportation
Inside North Shore Care Supply: Bringing robots to receiving
Bergen Logistics: Putting robots to work in a multi-tenant facility
High-tech meets low-tech: Automate storage for pallet loads
Tuggers, carts work together to increase productivity and ergonomics
More Equipment Report

Latest in Materials Handling

Registration open for Pack Expo International 2024
Walmart chooses Swisslog AS/RS and software for third milk processing facility
NetLogistik partners with Vuzix subsidiary Moviynt to offer mobility solutions for warehouses
Materials Handling Robotics: The new world of heterogeneous robotic integration
BSLBATT is looking for new distributors and resellers worldwide
Lucas Watson appointed CSO for Körber’s Parcel Logistics business in North America
Hyster recognizes Dealers of Distinction for 2023
More Materials Handling

About the Author

Bob Trebilcock's avatar
Bob Trebilcock
Bob Trebilcock is the executive editor for Modern Materials Handling and an editorial advisor to Supply Chain Management Review. He has covered materials handling, technology, logistics, and supply chain topics for nearly 30 years. He is a graduate of Bowling Green State University. He lives in Chicago and can be reached at 603-852-8976.
Follow Modern Materials Handling on FaceBook

Subscribe to Materials Handling Magazine

Subscribe today!
Not a subscriber? Sign up today!
Subscribe today. It's FREE.
Find out what the world's most innovative companies are doing to improve productivity in their plants and distribution centers.
Start your FREE subscription today.

Latest Resources

Materials Handling Robotics: The new world of heterogeneous robotic integration
In this Special Digital Edition, the editorial staff of Modern curates the best robotics coverage over the past year to help track the evolution of this piping hot market.
Case study: Optimizing warehouse space, performance and sustainability
Optimize Parcel Packing to Reduce Costs
More resources

Latest Resources

2023 Automation Study: Usage & Implementation of Warehouse/DC Automation Solutions
2023 Automation Study: Usage & Implementation of Warehouse/DC Automation Solutions
This research was conducted by Peerless Research Group on behalf of Modern Materials Handling to assess usage and purchase intentions forautomation systems...
How Your Storage Practices Can Affect Your Pest Control Program
How Your Storage Practices Can Affect Your Pest Control Program
Discover how your storage practices could be affecting your pest control program and how to prevent pest infestations in your business. Join...

Warehousing Outlook 2023
Warehousing Outlook 2023
2023 is here, and so are new warehousing trends.
Extend the Life of Brownfield Warehouses
Extend the Life of Brownfield Warehouses
Today’s robotic and data-driven automation systems can minimize disruptions and improve the life and productivity of warehouse operations.
Power Supply in Overhead Cranes: Energy Chains vs. Festoons
Power Supply in Overhead Cranes: Energy Chains vs. Festoons
Download this white paper to learn more about how both systems compare.