By Breana Woods | Marketing Specialist at TopTier
According to the 2026 MHI Annual Industry Report, 56% of supply chain leaders are increasing investments in technology and innovation, and 52% expect to spend more than $1 million on those initiatives. Those investments are largely focused on improving productivity, resilience, and operational efficiency within existing facilities rather than solving challenges through expansion alone. [mhi.org], [businesswire.com]
That shift is showing up on manufacturing floors across the country.
Production targets continue to increase. Product mixes continue to grow. New automation projects are being added to facilities that were often designed years before today's throughput requirements. At the same time, building additions, warehouse expansions, and large construction projects remain expensive decisions that require significant capital and long planning horizons. Manufacturers are under pressure to get more from the space they already have. [deloitte.com], [bdo.com]
As a result, floor space is moving beyond facility planning and becoming part of day-to-day operational strategy.
When Capacity Problems Aren't Actually Capacity Problems
Capacity is often discussed in terms of production output.
If a line needs more throughput, the conversation typically starts with production equipment, staffing levels, changeover procedures, or scheduling.
Sometimes those are the right places to look.
In many facilities, however, production is not the primary constraint. Products are being made at the required rate, but packaging, palletizing, wrapping, staging, and shipping processes struggle to keep pace.
When that happens, production gains upstream don't always translate into additional shipments downstream.
A line may have the ability to produce more product, but the facility may not have the ability to efficiently move that product through the rest of the operation.
That's why manufacturers are paying closer attention to everything that happens after a case leaves the line.
Space Has a Compounding Effect on Operations
Floor space influences more than layout drawings and facility maps.
It affects forklift traffic, staging requirements, equipment placement, material flow, operator travel, and future expansion opportunities.
The challenge is that packaging areas rarely stay static.
A new conveyor is added to support volume growth.
A wrapper is installed when manual processes can no longer keep up.
Additional pallet staging is created during a busy period.
Temporary workarounds become permanent parts of the operation.
Most of these decisions make sense when they are made. Over time, however, they can create a packaging area that occupies more space, requires more handling, and introduces more complexity than originally intended.
As throughput increases, those inefficiencies become more visible.
Why End-of-Line Operations Are Getting More Attention
Manufacturers have spent years improving production processes.
Many are now looking at the end of the line with the same level of scrutiny.
Palletizing, load stabilization, pallet transport, staging, and shipping preparation directly influence labor requirements, throughput, product flow, and equipment utilization. Small improvements in these areas can have an impact throughout the operation.
That helps explain why automation investments continue to focus on technologies that improve efficiency and make better use of existing resources. Manufacturing and supply chain reports published this year consistently point to operational agility, workforce challenges, and productivity improvements as key drivers of investment decisions. [deloitte.com], [bdo.com], [mhi.org]
For many facilities, improving the flow of finished goods is one of the most practical ways to create additional capacity without adding square footage.
Labor Challenges Are Adding Pressure
The conversation around floor space doesn't exist independently of workforce trends.
Manufacturers continue to face hiring challenges, retention concerns, and long-term labor shortages. Industry projections suggest the manufacturing sector will need millions of additional workers over the next decade, with a substantial portion of those positions potentially remaining unfilled. [snelling.com], [teeptrak.com]
That reality encourages manufacturers to look for opportunities to simplify operations.
The fewer handling steps required to move a product from production to shipment, the less dependent the operation becomes on manual intervention.
In many facilities, projects designed to improve labor efficiency also improve how space is utilized.
The two objectives often go hand in hand.
Why Packaging Layouts Are Being Reevaluated
Not every automation project creates capacity in the same way.
Some projects increase speed.
Some reduce labor requirements.
Others improve flexibility.
Increasingly, manufacturers are also asking what impact a project will have on available floor space.
A packaging system that requires extensive staging, conveyor runs, or additional support equipment may perform well today while making future growth more difficult. A more compact system can create opportunities for future automation, additional production lines, or process improvements without requiring facility expansion.
This is one reason layout discussions are becoming more prominent during automation planning.
The question is no longer limited to what a system can do. Manufacturers are paying more attention to how efficiently that system fits into the broader operation.
Reclaiming Space at the End of the Line
At TopTier, floor space has always been part of the engineering discussion.
One example is our patented Concurrent Stretch Wrap™ technology, which stabilizes loads during pallet formation rather than after palletizing is complete. By combining those processes, manufacturers can eliminate a standalone stretch wrapper as well as the transfers, conveyors, and floor space typically required to support it.
The value goes beyond reducing square footage.
Fewer handling steps can simplify product flow, reduce equipment requirements, and help minimize opportunities for backups near the end of the line.
For facilities attempting to increase throughput within an existing footprint, these efficiencies can make a meaningful difference.
The New Capacity Question
A few years ago, a manufacturer evaluating an automation project might have focused primarily on throughput, labor savings, and reliability.
Those factors still matter.
In 2026, another consideration is regularly appearing alongside them: how efficiently a system uses available space.
Manufacturers are being asked to increase output, support additional products, and implement new technologies within facilities that often aren't getting larger.
That reality is changing the way capacity is measured.
The operations that create the most value from their existing footprint are often the ones best positioned for future growth. And for a growing number of manufacturers, floor space has become an important part of that calculation.
Industry Resources & References
MHI 2026 Annual Industry Report
Investment trends, technology adoption, workforce challenges, and productivity priorities in manufacturing and supply chain operations.
https://www.mhi.org/annual-industry-reports [mhi.org]
Deloitte 2026 Manufacturing Industry Outlook
Analysis of manufacturing investment priorities, operational agility, productivity, and economic conditions.
https://www.deloitte.com/us/en/insights/industry/manufacturing-industrial-products/manufacturing-industry-outlook.html
[deloitte.com]
BDO 2026 Manufacturing Industry Predictions
Research on automation investments, efficiency initiatives, labor challenges, and operational resilience.
https://www.bdo.com/insights/industries/manufacturing/2026-manufacturing-industry-predictions [bdo.com]
MHI & Deloitte Supply Chain Technology Study
Technology investment trends and automation adoption across manufacturing and logistics operations.
https://www.businesswire.com/news/home/20250319048739/en/New-MHI-and-Deloitte-Report-Focuses-on-Orchestrating-End-to-End-Digital-Supply-Chain-Solutions [businesswire.com]
Suggested Related Resources
Concurrent Stretch Wrap™ Technology
High-Level Palletizers
Low-Level Palletizers
Palletizing Systems
Case Studies
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