Onshoring & Manufacturing: Rethinking Manufacturing in the USA

Rethinking and Rediscovering Relevance in an Onshoring Economy

There are a lot of changes happening in 2025 in manufacturing. It’s a year of both disruption and opportunity. Unstable trade policies, rising tariffs, and an increased fragmentation of global supply chains are placing more pressure on businesses with an offshore supply chain. Many organizations are defaulting to more traditional reactions such as cutting costs, delaying projects, and reducing teams. But these are not sustainable strategies. They might buy time, but they don’t secure the future.

At Sigma Design, we have built our reputation by guiding companies through challenges. We help companies adapt and we offer solutions that can help to realign designs, engineering, and manufacturing to meet today’s challenges. We don’t see the current environment as a temporary state. It’s a structural shift that requires a proactive approach to properly seize the opportunity.

Onshoring Manufacturing: A Fundamental Change, Not a Fading Trend

For decades, offshoring was perceived as a logical choice mainly due to low labor costs and high production capacity abroad. Producing products offshore has created a clear economic advantage. But the environment is changing, and in many cases, it now makes more sense to manufacture locally. Here’s why:

• Labor costs in countries like China have quadrupled since 2000.
• Trade tensions and supply chain breakdowns have exposed the risks of global dependency.
• New regulatory, environmental, and social governance principles pressures are increasing.

Onshoring in manufacturing is now a necessity for companies that want to stay relevant. The U.S. manufacturing landscape is transforming, supplemented by significant investments such as:

• $800 billion committed to U.S. manufacturing in the last several years.
• The Manufacturing Extension Program (MEP) is a public-private partnership that assists small and medium-sized manufacturers with technology adoption, workforce development, and supply chain improvements.

Yet relocation alone is not enough. Success requires designing for domestic capabilities.

Design for U.S. Manufacturing

American manufacturing demands precision, automation, and leaner processes. Unlike high-volume offshore facilities, domestic production requires products that are:

• Designed for semi-automated assembly
• Built with safety, modularity and scalability in mind
• Engineered for a smaller, highly skilled workforce

Products developed under old offshoring assumptions, complexity for the sake of differentiation, excessive part counts, labor-intensive assembly, do not fit this model. Design should now prioritize clarity, purpose, and manufacturability within local limitations.

From Cost Focus to Capability and Quality Focus

In the offshoring era, businesses sometimes added product features and complexity simply because labor was inexpensive. That approach no longer works. Emphasis should be on thoughtful design and high-quality volume builds. At Sigma Design, we help our partners by utilizing these core principles:

• Simplify the product
• Design for what is essential; we call this MVP, or Minimum Viable Product
• Engineer for local production realities and capabilities

Success in this new environment isn’t always about offering more. It’s about offering what matters, building to align with U.S. manufacturing strengths, and partnering with customers that align with these needs.

A Structure for Onshoring Success

Based on our work with clients across technologies, and industries, we see four essential approaches for effective onshoring in manufacturing:

1. Design for Automation
   Reduce part counts, enable robotic assembly, and integrate smart systems. We have a team dedicated to helping clients integrate custom automation systems.
   
   
2. Embrace Modularity
   Develop shared components across product lines to minimize tooling and inventory costs. Our shop fabricates custom parts for aerospace and other industries where precision is essential. We have in-house capabilities to produce custom parts, and we have built thousands of tools that assist in quality manufacturing.
   
   
3.  Apply Digital Tools
   Utilize digital prototyping, and simulation tools to accelerate development and improve design quality. Simulation tools that can help with understanding your product such as finite element analysis (FEA) and computational fluid dynamics (CFD) can improve design quality and ultimately production of your product. CFD allows physical systems to be modeled, solved, and iterated upon more expeditiously and frugally. Therefore, fewer physical prototypes are required to verify the solutions, which can decrease overhead and reduce timelines.
   
   
4. Prioritize Sustainable Sourcing
   Integrate environmentally responsible materials and design for end-of-life reuse or recycling. To lower carbon emissions and strengthen supply chain resilience, some companies are shifting to locally sourcing raw materials and components, when possible. This reduces transport-related emissions and supports local economies.

Learning from the Past & Building for the Future

Sigma Design’s history is rooted in helping companies with a variety of product development challenges. In this case, we are responding to shifting global conditions and supporting our clients through transitions, helping them streamline assembly, reduce waste, and build smarter, faster, and more efficiently. Today’s onshoring movement presents an opportunity to help clients lead through innovation. We focus on what truly delivers value and we offer flexibility in manufacturing through our ability to scale up or down based on our customers’ needs.

Seeing Opportunity

The alignment of rising offshore costs, automation readiness, local talent and consumer demand for simpler, more purposeful products presents a unique opportunity. Companies that begin moving toward redesigning with intention, realigning product strategies, and leveraging digital tools, will define the next stage of manufacturing in America.

At Sigma Design, we partner with companies looking to lead this shift and can see new opportunities. We bring proven design, engineering, and manufacturing capabilities, focused on helping customers build products that are not only feasible, but meaningful, competitive, and successful for their business.

Let's talk. We can help you turn manufacturing challenges into product success.