Increase productivity and accuracy with automated case packing and palletizing
Manual packing and palletizing processes are prone to fatigue, injuries and errors, leading to productivity loss, extended lead times and damaged products. This is particularly problematic in high-demand sectors such as food, beverage and consumer packaged goods (CPG) manufacturing.
Challenge
Enhancing efficiency in manual end-of-line packaging
In the consumer packaged goods (CPG) manufacturing sector, manual packing and palletizing processes are often the bottlenecks that impede efficiency. These tasks not only require significant physical labor, leading to worker fatigue and increased risk of injuries, but they are also prone to human error, resulting in incorrect or suboptimal product placement. Such inefficiencies can cause substantial productivity losses, extend lead times and lead to product damage—outcomes that are particularly detrimental in fast-paced, high-demand industries such as food and beverage.
- Manual packing and palletizing causes fatigue, potential injuries and errors.
- Error-prone processes result in reduced productivity, extended lead times and increased likelihood of damaged goods.
- Fast-paced industries require automated solutions to meet demand.
Solution
Implementing robotic palletizing systems
Industries that operate at a high pace and scale, such as CPG, food, and beverage, require robust automated solutions to meet market demands efficiently. Implementing collaborative robotic palletizing systems can dramatically improve the speed and accuracy of end-of-line packaging, enhancing overall operational efficiency, reducing waste, and ensuring that products are market-ready faster and in perfect condition.
- Robotic palletizers reduce cycle times and increase throughput, essential for high-volume production and tight deadlines
- Automation enhances consistency and quality, minimizing damages and improving customer satisfaction.
- Automating physically demanding tasks, reduces injuries and improves job satisfaction by reallocating staff to more skilled roles.
Collaborative robot packs plastic bottles into cases
Schoeneck Containers Inc. (SCI), a family-owned and -operated company based in Wisconsin that manufactures plastic containers for diverse consumer and commercial markets throughout the world, sought a collaborative robotic solution to keep up with production demands in the face of a severe labor shortage. This solution involves robotic technologies working alongside employees to augment the capabilities of SCI’s team
Enabling Technologies
Collaborative Robots
TM Collaborative RobotsCollaborative robots for assembly, packaging, inspection and logistics.
Automation Systems
Automation ControllersOmron's extensive portfolio of PLC and MAC controllers, networking solutions, remote IO, IPC and HMI technology support a fully integrated application.
Software
Sysmac StudioA truly integrated development environment for machine automation, combining configuration, programming, simulation, and monitoring in a simple interface.
Machine Safety
Safety Light CurtainsSafety light curtains with improved alignment capabilities, advanced diagnostics and reduced installation costs.
Barcode Readers & Scanners
V460 Handheld Barcode ReaderThe V460 features autofocus and patented intelligent lighting to read direct part marks and labels of different sizes and distances, while communicating through fieldbus over a single Ethernet cable.
Downloads
SCI TM Cobot Success_Story
Supplier of plastic containers achieves major boost in flexibility and customer satisfaction with Omron TM Collaborative Robot
English | PDF | 1.5MB
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