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American manufacturing is at an inflection point. Labor shortages are accelerating, global competition is intensifying, and the pressure to produce more with less has never been greater. The answer — for manufacturers of every size — is automation. But knowing you need to automate and knowing how to do it are two very different things.
Automate Now is the practical playbook for CPG manufacturers ready to take action. Written by the Formic team — the people who have helped hundreds of U.S. factories automate for the first time — this audiobook cuts through the complexity and gives you a clear, honest roadmap: where to start, how to build internal buy-in, how to choose the right partner, and how to scale from your first win into a future-proof operation.
Automate Now — Episode 4
Your End of Line Automation Roadmap
For many production operations, the production flow follows a familiar sequence. It begins with receiving — bringing in materials at the dock, moving them through initial operations, and staging them for production.
Next comes infeed and pre-treatment. This might include dosing, indexing, or washing to prepare raw inputs for processing.
From there, we move into processing itself: mixing, cutting, drying, cooking, and all the core activities that turn raw ingredients into product.
Then we arrive at primary packing preparation — weighing, sorting, or metering items so they're ready to be packaged.
That leads directly into primary packaging. Depending on the product, this could involve bagging, pouching, bottling, flow-wrapping, or cartoning.
Once packaged, products undergo quality inspection — check weighing, metal detection, or vision systems to make sure everything is up to standard.
The next stage is master case packing, where retail items are packed into larger cases or containers.
After that comes case sealing and labeling, ensuring that every retail container is sealed properly and labeled for distribution.
With cases secured, the line moves on to palletizing — stacking boxes, cases, bags, or pails onto pallets.
To keep those pallets safe, we move into pallet securement, which may include stretch wrapping, strapping, or adding corner boards.
Finally, pallet transport takes over, as forklifts or pallet jacks move those secured pallets to storage, staging, or the shipping dock. The journey concludes with storage and retrieval, pulling pallets from inventory and preparing them for shipment.
There are many steps that lead up to deploying automation, but the most important is being strategic about what you automate first. It's tempting to go after the most complex task on the production line right away, thinking it will have the biggest impact. Don't fall for that head fake. In practice, you'll find much greater success by starting with the simpler — but physically demanding — tasks. These early wins in efficiency, cost savings, and worker safety create momentum and prove the value of automation.
For most operations, that means starting at the end of the line, where manual labor is the most heavily relied upon. So, if you're just beginning and you don't yet have automation in place, here's the ideal sequence to follow.
Start with case sealing, closing and taping each box securely. Then move to pallet securement, ensuring that pallets are stable for transport or storage. Next comes the driven conveyor, or power conveyor, which carries materials smoothly down the line. After that, automate palletizing, stacking boxes or cases onto pallets. Follow with case erecting, forming and building the boxes themselves. Then add case packing, placing products into those boxes. And finally, look at material handling, moving finished pallets to staging areas, storage, or directly onto trucks.
Automating Case Sealing Operations
Case sealing has low operational complexity with an immediate high ROI, making it the easiest starting point on your automation journey. Shifting from manual taping and sealing to automated sealing ensures a secure case, providing more reliability and stability when palletizing and shipping your product.
To successfully automate your case sealing operations, you'll need to gather case and product specifications, labeling requirements, production line data, factory floor and space constraints, and compliance and safety regulations.
The upfront cost is low, requiring a relatively small initial investment. The operational complexity is also low, since integration with existing workflows is usually manageable. The service complexity is low as well — maintenance and support are straightforward. The return on investment is high, delivering meaningful cost savings, efficiency improvements, and long-term productivity gains. And finally, the total cost of ownership is low, with the long-term value easily offsetting expenses.
Automating Pallet Securement
Pallet securement — stretch wrapping or strapping — has one of the highest ROIs compared to upfront costs and service complexity. To successfully automate your pallet securement operations, you'll need to gather information on pallet and load characteristics, securement method and material requirements, throughput requirements, load stability and transport needs, and compliance and safety regulations.
The upfront cost is low. The operational complexity is low, since integration into existing workflows is manageable. The service complexity is also low, with maintenance and support kept simple. The return on investment is high. And the total cost of ownership is low, with expenses typically offset in a short period.
Automating Driven and Power Conveyors
Driven or powered conveyors are the backbone of a connected production line. By automating the movement of materials across the floor, you reduce manual handling, improve line efficiency, and enable seamless integration between upstream and downstream automation.
To successfully automate your conveyor systems, you'll need to gather information on conveyed product characteristics, line layout and flow requirements, conveyor type and features, throughput and system integration requirements, and compliance and safety regulations.
The upfront cost is moderate — higher than case sealers, but scalable depending on your layout and requirements. The operational complexity is also moderate, requiring thoughtful design to align with your overall line flow. The service complexity is low. The return on investment is high, since conveyors reduce manual transport, eliminate unnecessary touches, and boost production flow. And the total cost of ownership is moderate.
Automating Palletizing Operations
Automating palletizing is one of the easiest ways to get started with automation. This is an area with high labor demand, employee turnover, and risk of injury. Adding automated palletizing has immediate and measurable benefits to production throughput, reliability, and consistency.
Cobots vs. Industrial Robots
When it comes to palletizing automation, one of the most important choices you'll face is whether to use collaborative robots — cobots — or traditional industrial robots.
Cobots are designed to work safely alongside people, often without requiring safety fencing. Industrial robots typically operate within enclosed safety zones. Cobots move at lower speeds and can only handle lighter payloads, while industrial robots are built for higher speeds and heavier lifting. Cobots shine in flexibility — they can be reprogrammed quickly and redeployed for different tasks. Industrial robots are optimized for high-volume, repetitive work and are generally fixed in place. Cobots require minimal infrastructure changes, have a small footprint, and are quick to get up and running. Industrial robots require more planning, more space, and a more complex setup. Cobots usually carry lower upfront costs and deliver fast returns for small-scale automation. Industrial robots come with a higher initial price tag, but they're essential for large-scale operations where high throughput is critical.
To successfully automate your palletizing operations, you'll need to collect product and package specifications, pallet and load specifications, production line data, factory floor and space constraints, and compliance and safety regulations.
The upfront cost is moderate. The operational complexity is also moderate — integration is manageable, though some process adjustments may be needed. The service complexity is moderate as well. The return on investment is high. And the total cost of ownership is moderate.
Automating Case Erecting Operations
After automating case sealing and palletizing, your throughput will increase, and manual case erecting becomes a glaring inefficiency. To successfully automate your case erecting operations, you'll need to collect case specifications, production line data, factory floor and space constraints, and compliance and safety regulations.
The upfront cost is low. The operational complexity is also low. The service complexity is moderate. The return on investment is high. And the total cost of ownership is low.
Automating Case Packing Operations
Case packing is the next logical step to complete the end-of-line packaging loop. With a higher operational complexity, it's one of the latter steps of the ideal automation roadmap. It might seem like the obvious place to start automating because of the high headcount, but jumping in here first can make success harder for you and your team.
To successfully automate your case packing operations, you'll need to collect product specifications, case and packaging specifications, production line data, changeover requirements, and compliance and safety regulations.
The upfront cost is high. The operational complexity is also high. The service complexity is high as well. The return on investment, however, is also high. And the total cost of ownership is high — but the value delivered over time can be substantial.
Automating Material Handling
Now that your entire packing production line is automated, automating material handling helps to more quickly, safely, and reliably transport products on pallets to their final destination in the facility. This likely means deploying a mobile robot, which helps with continuous operation, faster transport times, reduction of forklift safety incidents, and easy scalability based on demand.
To successfully deploy a mobile robot, you'll need to gather information on production and load characteristics, pallet and pickup specifications, facility layout and navigation, traffic management, and environmental considerations.
The upfront cost is moderate. The operational complexity is also moderate. The service complexity is moderate as well. The return on investment is high. And the total cost of ownership is low.
Key Takeaways
Getting started with automation doesn't require overhauling your entire operation overnight. The key is to begin with a smart, step-by-step roadmap that delivers early wins, builds confidence, and lays the foundation for future scale. For most manufacturers, that means starting at the end of the line where labor is heaviest, tasks are most repetitive, and total cost of ownership is clearest. Begin with case sealing, then move through pallet securement, power conveyors, palletizing, case erecting, case packing, and finally to material handling. This approach helps reduce risk, maximize impact, and create momentum across your facility so you're not just automating tasks — you're setting your business up to grow smarter, faster, and stronger.