MMH    Topics     Technology    Automation

Inside Coop’s Distribution Center: Bringing automation to grocery distribution

Coop’s highly automated distribution center handles more than 480,000 cases a day with pallet and case handling AS/RS and robotic palletizing.


Coop Logistics Center


Jessheim, Norway

Square Footage: 560,000 square feet, with a 355,200-square-foot expansion underway

Products Handled: Fresh, refrigerated and frozen groceries

SKUs: 17,000

Throughput: 480,000+ cases per day

People/Shifts: 3 shifts per day/6 days per week


Read the Feature Article about the Coop Distribution Center from the December 2019 Logistics Management Issue


Coop’s distribution center brings together pallet and case handling automated storage and retrieval technologies and robotic palletizing to fill orders for the local area as well as the cooperative’s network of DCs. Synchronization across work areas is critical, since totes and cases from one work area may be conveyed to and joined with pallets being produced in other work areas. As Ove Bjorgum, Coop’s director of logistics explains, “there is a lot of interleaving between systems.”

Receiving

Advance ship notifications, or ASNs, are sent for most goods. Incoming pallets are received (1) onto the central conveyor system and directed to one of several high-bay warehouses using automatic storage and retrieval system (AS/RS) technologies in temperature-controlled storage areas. These include pallet-handling AS/RS systems for ambient temperature for dry goods (2); refrigerated areas for fruits and vegetables stored at two different temperature levels (3); a chilled area for refrigerated products (4) and an area for frozen foods (5).

Picking

There are multiple picking systems in the facility, ranging from conventional voice-directed picking to fully automated case picking and palletizing. The system can build store-friendly pallets to streamline the putaway process in a store. Additionally, the system can build very densely packed pallets and tall pallets that maximize trailer loading and reduce transportation costs; and pallets with specific products on the bottom or top of pallets to comply with food safety requirements.

Order-Picking Machinery (OPM)

(6)
There are multiple OPM areas in the facility. Regardless of location, pallets retrieved from one of the AS/RSs are automatically depalletized. The cartons are then placed on storage trays and conveyed to a mini-load case handling system for temporary storage. When the product on a tray is needed for order fulfillment, it is automatically transferred to a smaller buffer mini-load system and then dispensed to a robotic palletizer, which builds optimal pallets. Slip sheets are placed between some layers to stabilize the pallets.

Dynamic Picking System (DPS)

(7)
Items that are too small or fragile for the automated picking systems are transported to the DPS area. There, product is removed from the cases in which it was received, placed in storage totes and stored in a mini-load system. To fill orders, totes are delivered to a dynamic pick face with picking stations. Order selectors are light directed as they transfer items from a donor tote to a shipping carton. Once all of the items for a carton have been picked, it is conveyed to the Order Picking Machinery, where it will be palletized along with cases from the OPM area.

Car Picking System (CPS)

(8)
This area is reserved for items that are too large or bulky for automated picking. Pallet pick locations in this area are automatically replenished by AS/RS cranes. Associates are voice-directed to a pick location and told how many items to pick to a pallet. Once all of the items for that pallet have been picked, the pallet is stretched wrapped and inducted onto the shipping conveyor. In a second picking process, items picked in the CPS area are used to top off a pallet of product picked from other areas.

Shipping

(9)
Once a pallet is ready for shipping, it is conveyed to one of four AS/RSs referred to as shipping buffers (10). Three of the buffers feature two cranes and 32 gravity conveyor lanes each and one buffer has one crane and 22 gravity conveyor lanes. Pallets are stored in a buffer AS/RS in shipping until they’re staged on gravity conveyor and loaded onto a truck.

Returns

(11)
The facility also includes an area for handling returns.


System suppliers

System Design, Integration, Implementation, Robotic Palletizer, Mini-Load AS/RS, Cranes, and Warehouse Management and Control System: Witron Integrated Logistics

Unit - Load AS/RS Cranes: Dambach Lagersysteme

Racking: Bito Storage Systems

Depalletizer: Riantics

Stretchwrapper: Strema

Voice-Directed Picking: Honeywell Voice (Vocollect)


Article Topics

Features
Magazine Archive
Technology
Automation
Automated Storage
Honeywell
Honeywell Voice
Picking and Packing Operations
Storage
Voice
   All topics

Automation News & Resources

Walmart chooses Swisslog AS/RS and software for third milk processing facility
Lucas Watson appointed CSO for Körber’s Parcel Logistics business in North America
60 Seconds with Bob Trebilcock, outgoing executive editor, Modern Materials Handling
Kathleen Phelps to join FORTNA as chief financial officer
Coles automates grocery distribution in Australia
2024 Intralogistics Robotics Survey: Robot demand surges
Warehouse automation extends life of cheese DC by a decade
More Automation

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.