RFID Tracking Reduces Food Waste in Ice Cream Production
Identification and tracking of leftover ice cream using a UHF RFID system maximizes food recovery and increases efficiency
Optimizing food production with RFID: The production of ice cream popsicles on a stick often creates waste and reject product that cannot be processed in the current batch. This food waste is often collected in containers and provided with a handwritten note stating the quantity, time and type - a solution that is definitely susceptible to errors. The manual identification of the food also makes it difficult to plan production reliably. It is often not clear what residual product is present and whether it can still be processed. The result is that the manufacturer often has to get rid of more ice cream than necessary.
Your Benefits
- Food waste was considerably reduced
- Easy installation thanks to large read ranges of the UHF RFID system
- Reliable detection of the container by means of position checks
- Less manual control thanks to level measurement
UHF identification direct to the MES
Turck developed an identification system for the food manufacturer based on the Q180 UHF RFID reader. The RFID reader identifies the containers with the residual product with RFID tags that are stuck directly onto the containers. This makes it always clear which type of ice cream is present in a container and the time when it was produced. The reader communicates with the MES via its integrated Ethernet interface. An ultrasonic sensor detects whether a container is present on the reject slide and whether it is positioned correctly. Determining the position of the container ensures that the tag is read reliably despite the presence of a metallic environment and liquids.
Container weight simplifies production planning
The containers are weighed during the production before they are transported to the cold storage room and the weight is stored automatically in the production system. The automatic RFID identification also prevents errors in food production here as well. The containers reach the cold storage room via a conveyor line where they are also identified in order to record the correct quantity of ice cream in the system.
A Q180 reader bulk reads all the containers on a pallet when they are taken out manually. Although the Q180 has to be installed in a switch cabinet to comply with hygiene requirements, this does not impair the read/write performance of the reader because of its external antenna.
Recording reject product to identify process faults
The full recording of the reject quantity for each type of ice cream and each process section helps production planners to identify weak points in their process. They are then able to optimize their processes and thus reduce energy consumption and food waste in production.
Energy efficient and saving resources
The system ensures maximum efficiency in the manufacturer's process and effectively prevents any wastage of food and energy. The deployment of personnel is also optimized since manual identification processes are not only more prone to error but also more time consuming.
Further Information
- At a Glance: RFID Systems for Secure Processes in Production and Logistics
- Link to the Products: UHF Reader Q180
- Link to the Products: External Passive UHF Antenna
- Link to the Product: Ultrasonic Sensor RU300U-M30M-2UP8X2-H1151
- Link to the Product: LED Indicator CL50PRGB7AQ
- Link to the Product: UHF Tag TW860-960-L73-17-P-B42-100PCSI
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- SUCCESS STORIES
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- Decentralized Muting of Electro-sensitive Protectice Equipment
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- Container Check
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- Detection of Transport Containers
- Level Detection in Vessels
- Identification of Cryovessels
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- Tier 1 – Bumper Identification
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- Mobile Machinery Solutions
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- Oil and Gas
- Packaging
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- Monitoring Changeover Processes
- Identification of Test Bottles
- Box Insert Detection
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- Success Stories
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- Remote Signal I/O
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- Planning and Construction of Super Skids
- Easy Connection of Field Devices
- Identification of Cryovessels
- Identification of Mobile Containers
- Identification of Mobile Containers with Handheld Devices
- Identification of Hose Connections for Precursors
- Identification of Hose Connections in Sterile Areas
- Identification of Hose Connections in Ex Zone 1
- Identification of Big Bags and Bioreactors
- Identification of Single-Use Applications
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