Reshoring Manufacturing with PEMB
Article Summary
Reshoring is driving demand for manufacturing facilities that can be built quickly, efficiently, and cost-effectively. Pre-engineered metal buildings (PEMB) meet that need with faster timelines, lower onsite labor demands, scalable design, and long-term durability. For manufacturers bringing operations back to the U.S., PEMBs offer a practical path to faster startup and future growth.
Pre-engineered metal buildings (PEMB) are a perfect fit for the current reshoring trend
The offshoring of American manufacturing began in earnest in the 1960s and accelerated through the ‘70s and ‘80s. Cheap labor in countries like Mexico, China, and India made it practical for many U.S. companies to produce their goods abroad. Now the trend is reversed, and more companies are bringing their production back to the United States.
Several factors have contributed to this shift toward reshoring:
- 1. Geopolitical instability
- 2. Supply chain uncertainty
- 3. Rising wages among foreign workers
- 4. Rising transportation costs
- 5. A large pool of unemployed people in the U.S.
- 6. Increased productivity of U.S. workers
- 7. Better quality control in the U.S.
- 8. Increasing popularity of products “made in the USA”
The tide began to change around 2010. Later, the supply chain logjam following the Covid pandemic confirmed the need for businesses to have more control and stability. For many, that meant bringing their operations back to the U.S.
But the logistical challenge of relocating a large manufacturing operation is daunting. New facilities need to be brought online as quickly and efficiently as possible. PEMBs are ideally suited to meet that challenge, offering numerous advantages for companies seeking to reshore their operations.
Strategic Advantages of PEMB for Reshoring Manufacturing
1. SPEED TO MARKET
The components of a PEMB are manufactured offsite in a factory setting—making for streamlined production, precision fabrication, and predictable production timelines: No weather delays, no waiting for site preparation, no problems assembling a work crew. The components are then transported to the site where they can be quickly assembled.
2. REDUCED ONSITE LABOR NEEDS
Since the main elements of a PEMB are made offsite, the erection process requires fewer workers than a traditional structure. That means fewer problems assembling crews, less time lost waiting for deliveries, less time spent accommodating trade workers in sequence, and a more predictable erection process.
3. MASSIVE CLEAR SPANS
PEMBs offer the superior advantage of clear span construction, making them ideal for producing large items—everything from airplanes to tower cranes. They are also suitable for warehouses, arenas, and sports facilities; in short, anything that requires large open spaces with minimal intrusion from structural members.
4. SCALABILITY BY DESIGN
PEMBs are designed with scalability in mind. Their modular design makes them a perfect choice for operations that anticipate growth. They can be expanded vertically as well as horizontally with minimal disruption to existing operations. New wings, new mezzanines, new bays, or new office spaces—all can be accommodated with relative ease.
5. COST CERTAINTY IN VOLATILE MARKETS
The production costs of a PEMB are stable and predictable, especially compared to traditional construction methods that depend on changing local labor markets, uncertain timelines, and unreliable supply chains.
6. SUSTAINABILITY AND LEED CREDITS
Today’s PEMBs are built with sustainability in mind. Here are five ways they contribute to a cleaner environment:
- Steel is 100 percent recyclable.
- Controlled factory setting reduces construction waste.
- Reduced environmental impact from transportation.
- Long lifespan (up to 50 years) reduces need for repairs and replacement.
- State-of-the-art materials reduce energy consumption and pollution.
PEMBS routinely incorporate insulated steel panels, cool roofs, natural lighting, and other smart features to reduce energy use. That makes for lower operational costs and happier occupants. With sustainable systems in place, building owners can receive LEED credits from the U.S. Green Building Council, which can increase property values, enhance brand reputation, and even help in obtaining tax savings.
7. BUILT FOR HEAVY TECH
Heavy tech machinery places extraordinary stress loads on a structure. PEMBs meet these challenges by incorporating extra bracing, independent crane columns, high-tolerance runway beams, and reinforced concrete foundations.
8. SUPERIOR DURABILITY, LOWER MAINTENANCE
Steel remains the most durable of construction materials, with the lowest maintenance requirements. Less maintenance means lower costs. And superior strength means a longer lifespan.
9. OPTIMIZED FOR VERTICAL LOGIC
Their high-clearance design enables PEMBs to accommodate multiple stories for different operations. Integrated mezzanine levels can place office activities or other special functions above ground level. High vertical racking capacity accommodates high-volume warehousing needs. Prefabricated components make it relatively easy to add height or intermediate levels.
10. FUTURE-PROOFING ASSETS
With an eye to the future, PEMB manufacturers today incorporate the latest in sustainable technology and energy-efficient systems. Owners can readily comply with evolving government requirements and see increases in property values.
PEMBs are the ideal solution for America’s reshoring trend. And Fleming Construction Group is proud to remain at the cutting edge of meeting the challenges of our time.
FAQ Section
What is reshoring in manufacturing?
Reshoring is the process of moving manufacturing operations back to the United States from overseas locations to improve control, reliability, and responsiveness.
Why are PEMBs a good fit for reshoring?
PEMBs help companies open new facilities faster, with more predictable costs and fewer onsite labor requirements than many traditional construction methods.
How do PEMBs speed up construction?
Most PEMB components are fabricated offsite in a controlled factory environment, then delivered for fast onsite assembly. This reduces delays tied to weather, labor coordination, and field fabrication.
Can PEMBs support large manufacturing operations?
Yes. PEMBs can provide wide clear spans, tall interior space, and flexible layouts that work well for production lines, warehousing, heavy equipment, and future expansion.
Are PEMBs sustainable?
Yes. PEMBs often use recyclable steel and can include energy-efficient features such as insulated panels, cool roofs, and natural lighting to reduce waste and operating costs.