A purchasing manager receives a quote for machined housings. The price works, but the delivery timeline is a concern. Ocean freight has been delayed again, an additional duty has pushed up costs, and production could fall behind schedule. Problems like these are making more US manufacturers consider reshoring.
Reshoring is when a company brings production back to the country where its products are sold. For US businesses, this means moving manufacturing work from overseas back to the US. But not every part or process can be brought back easily. Buyers have to consider costs, available production capacity, and supply risks before making that decision. Many continue to work with both local and overseas suppliers. Our OEM manufacturing page explains how we help businesses manage sourcing without relying on a single supplier.
What is reshoring in manufacturing?
Reshoring means moving manufacturing that was done overseas back to the home country. A US company practices reshoring when it shifts production of parts or finished goods from a foreign supplier to a domestic plant. Companies do it to cut supply risk, shorten lead times and reduce exposure to tariffs and shipping delays.
That is the short version. The rest of this guide covers the full picture: where the term came from, why reshoring is rising on US boardroom agendas, what the data shows, what it costs and how to decide what to bring home.
How does reshoring differ from related terms?
People use sourcing words loosely. That causes confusion in meetings and in RFQs. Here is how the main terms line up.
Offshoring moves production to another country, usually for lower cost. Reshoring reverses that move. Onshoring is a broader word for any production kept inside the home market, including work that never left. Nearshoring moves production to a nearby country, such as Mexico for a US buyer. Friendshoring shifts sourcing to allied countries.
One more point matters here. Britannica describes reshoring as part of a wider debate about deglobalization. That framing helps. It reminds us that reshoring is one response to a changing trade climate, not the only one. We keep each of the other terms for separate guides, so this page stays on the home-country move.
Where did reshoring come from?
The term reshoring is fairly recent, but the thinking behind it isn't. During the 1990s and 2000s, many US businesses shifted manufacturing overseas to cut expenses. When China joined the World Trade Organization in 2001, offshore contract manufacturing picked up further. Lower prices made the move attractive, and most companies focused on the savings rather than what could go wrong.
The risks of manufacturing overseas became more apparent over time. In 2010, the Reshoring Initiative started keeping records of companies bringing production back to the US. That helped put actual numbers behind the trend. The following year, an earthquake and tsunami in Japan caused serious problems for automotive and electronics suppliers. Freight shipments were delayed for days when a container ship blocked the Suez Canal in March 2021. COVID-19 also showed just how easily supply chains could run into trouble.
All of this has changed the way businesses think about reshoring. Cost and quality used to drive most of these decisions. Those factors still matter, but so do government policies and the risk of supply interruptions. Buyers want to know whether moving production closer to home could help them avoid disruptions that affect sales.
Why are US manufacturers turning to reshoring?
US manufacturers have several reasons to reconsider overseas sourcing. Rising tariffs, supply delays and changing production costs have made domestic suppliers worth another look. The shift didn’t happen overnight. It reflects problems that have become harder for manufacturers to ignore.
Tariffs and trade policy
US manufacturers now have to account for import duties when deciding where to buy parts. Section 232 tariffs on steel, aluminum and many related products have made certain fabricated components more expensive to import. The rates have changed, and so has the list of products covered. Companies need to check the latest duties before deciding which supplier offers the better deal. Our 2026 tariff analysis explains what’s changed.
Supply chain disruption
A low price doesn’t help much when the parts don’t arrive on time. Manufacturers have dealt with congested ports, container shortages and shipments taking far longer than expected. Some have lost production time as a result. That’s why companies are reconsidering overseas sourcing. They may pay more for US-made parts, but they’re also less dependent on long international shipping routes.
Lead time and working capital
An offshore order can take ten to twelve weeks before shipping is even factored in. Meanwhile, the manufacturer has money tied up in inventory. Ordering domestically can mean shorter lead times and less stock sitting in a warehouse. For businesses that produce smaller quantities of many different parts, the reduction in inventory costs can help cover the higher price of domestic components.
Quality control and IP
Checking on a supplier is straightforward when the factory is nearby. It’s a different matter when getting there involves an international flight. Problems with defective parts can take longer to investigate, and manufacturers may have concerns about sharing proprietary designs overseas. Keeping production in the US makes it easier for engineers to work directly with suppliers and gives companies access to familiar legal protections.
Automation and shifting labor costs
The labor cost difference between US and overseas manufacturing isn’t as important for every type of production as it used to be. Modern machining equipment and robotics can handle work that previously needed more people. That helps make domestic manufacturing a practical choice for certain parts. Manual welding and assembly are another matter. When a job still requires a lot of hands-on labor, overseas production can remain considerably cheaper.
Customer and policy pressure
Where a part is manufactured can affect whether a supplier wins the order. Some customers ask specifically for US-made components, while certain government contracts have domestic content requirements. Manufacturers supplying defense, energy and infrastructure projects may have to source or produce parts in the US to meet those conditions.
Public policy and incentives
Manufacturers looking to produce more in the US may qualify for federal or state support. The CHIPS and Science Act of 2022, for instance, provides support for semiconductor manufacturing. There are programs for clean energy and defense production as well. But the rules and available funding can change, so companies need to check what they qualify for. Any decision to move production should still make financial sense without that support.
What does the reshoring data actually show?
Headlines may suggest that manufacturers are bringing production back to the US in large numbers, but the data deserves a closer look before making investment decisions.
According to the Reshoring Initiative, a nonprofit that monitors manufacturing activity, companies announced around 244,000 US jobs related to reshoring and foreign direct investment in 2024 (Reshoring Initiative, April 2025). The number suggests that more businesses are considering manufacturing in the US. However, it refers to planned jobs, so it doesn’t tell us how many people have actually been hired.
The numbers from Kearney are quite different. Its Reshoring Index compares US manufacturing output with imports from 14 low-cost Asian countries. The index stood at -91 in 2026 (Kearney, 2026). Imports from Asia remain significant compared with domestic production. Despite the new manufacturing projects being announced, there hasn’t been much change in the wider import figures.
That’s largely because the reports are looking at different data. The Reshoring Initiative records company announcements, whereas Kearney uses actual trade figures. Manufacturing is returning to the US in some areas, but reshoring hasn’t yet made a substantial difference to overall import patterns. Progress is also taking longer than the announcements might suggest.
This isn’t a new finding. Earlier OECD research published through NIST found that reshoring was relatively limited compared with the amount of manufacturing previously moved overseas (OECD via NIST). The research came before the latest round of tariffs, but one point still holds: moving supply chains back takes years, not months.
Which industries lead reshoring?
Not every sector moves at the same speed. Industries with high shipping cost per unit, tight tolerances or sensitive IP tend to move first. Heavy, bulky parts are costly to ship, so a domestic source can win on landed cost.
In recent annual reports, the Reshoring Initiative has pointed to electronics, electrical equipment and transportation equipment among the sectors with the most activity. Defense, medical devices and energy equipment also appear often, because customers in those fields value traceability and supply certainty.
Sectors built on labor-intensive, low-margin parts move slowly. Think of simple fabricated brackets, fasteners and castings. For these, reshoring faces a steep cost gap. Many buyers keep them offshore and reshore only the high-risk or high-value items.
What does reshoring really cost?
The price quoted by a supplier doesn't always reflect what you'll actually spend. When considering reshoring, it's important to look at the total landed cost rather than just the price per part. This includes everything you pay to get the part from the supplier to your production line.
Along with the basic costs of parts, tooling, shipping, duties and insurance, there are other expenses to consider. Longer lead times increase inventory holding costs, while urgent shipments and production delays can lead to unexpected bills. Quality problems can also get expensive when you factor in rework, returns and warranty claims.
Run the model per part, not per program. A few parts often drive most of the pain. Those parts are the best candidates for reshoring. The rest may stay where they are.
Be honest about the one-time costs too. Qualification takes time. New tooling takes money. A first article inspection must pass before volume starts. A sound reshoring plan puts these costs in the model from day one.
What are the barriers to reshoring?
Bringing work home sounds attractive until the first quote arrives. Four barriers come up again and again.
Skilled labor. Many US plants struggle to hire machinists, welders and quality technicians. A reshoring plan that ignores this gap will stall at ramp-up.
Supplier depth. Offshore industrial clusters grew over decades. They offer castings, forgings, platers and heat treaters within a short drive. Some of that ecosystem is thin in the US, so one missing process can force a part back offshore.
Capacity and lead time. Good domestic shops are often busy. Quoted lead times can run longer than buyers expect, which undercuts one of the main reasons for reshoring.
Raw material. Even a US-made part may rely on imported steel, castings or components. If tariffs hit the inputs, the savings from reshoring shrink. Ask suppliers where the material comes from.
What mistakes derail a reshoring program?
Most failed projects share a few habits. Knowing them early saves months.
Moving everything at once. A big-bang plan overloads suppliers and your own quality team. Phase the work. Start with a pilot group of parts and learn from it.
Choosing based on price alone. A supplier might quote less for the same parts, but where are they getting the materials from? If those materials have to come from overseas, the order could take longer than planned. That's why it's worth looking at the total landed cost and checking what the supplier can do if they miss the delivery date.
Not checking supplier capabilities. Before placing a large order, check whether the supplier can actually make parts within your specified tolerances. First article inspection and dimensional reports will help confirm this. If the drawings were originally made for an overseas shop, a few adjustments might be needed for the equipment the new supplier uses.
Moving away from the existing supplier too soon. Don’t stop working with your current supplier until the new one has delivered several batches without issues. Any break in supply could undo the benefits of reshoring.
Ignoring design. Some parts are costly because of how they were designed, not where they were made. A design review can remove cost at any location. Fix the drawing first, then choose the source.
Treating it as a one-time project. Tariffs, labor markets and supplier capacity keep moving. Review your reshoring choices at least once a year.
How should you decide what to reshore? A decision framework
Reshoring decisions work better when you assess each part separately. A simple scorecard can help you compare the options. Rate every part from one to five across the five factors below. Parts with higher scores in most areas should be considered first for reshoring.
- Supply risk: What happens to production if the part arrives late? Critical parts that depend on a single supplier should score higher.
- Duty exposure: How much could changes in trade policy affect the landed cost? Parts containing steel or aluminum may face greater exposure.
- Lead time pain: Look at how much cash stays tied up while waiting for parts and whether those delays affect the production schedule.
- Quality and IP sensitivity: Some parts need more attention during production, especially when quality requirements are strict or the designs are confidential.
- Domestic readiness: Check whether a US supplier can make the part and has the capacity to take on the order. If suitable suppliers aren’t available, bringing production back may not make sense, regardless of how well the part scores elsewhere.
Buyer checklist before you commit
- Start with the ten parts that carry the highest spend or risk, and work out the total landed cost for each.
- Check how current duties apply to both the parts and the raw materials used to make them.
- Get realistic lead times from domestic suppliers rather than relying on their best-case estimates.
- Verify where the materials come from for every quote involving US-made parts.
- Allow enough time for qualification and first article inspection before moving to volume production.
- Have a backup supplier, either domestic or offshore, lined up for critical parts.
- Pick a date to revisit the plan and compare the assumptions with actual results.
A 90-day starting plan
You do not need a full strategy to begin. A simple three-step start gets the first results.
Days 1 to 30: Look at what you're spending on parts and which ones pose the most risk. Work out the total landed cost for the ten that matter most. Your customs broker can help confirm the duties that apply.
Days 31 to 60: Get quotes from both domestic and offshore suppliers for those same parts. Find out how long delivery will actually take, where the materials come from and how much each supplier can produce. If a part is too expensive, review its design to see what can be changed.
Days 61 to 90: Choose three to five parts for a trial run. Order samples, complete the first article inspection and decide when to make the final call. By this stage, reshoring should move beyond planning and start turning into actual purchase orders.
Most firms land on a split. Critical, high-risk and high-value items move home. Stable, labor-heavy items stay offshore under better monitoring. That is a sound result, not a failure of reshoring.
Hybrid sourcing with Wootz.work: a manufacturing partner for the parts that stay offshore
Full reshoring is rarely the whole answer. Some parts will stay offshore because the cost gap is too wide or the US ecosystem is thin. The question then changes. How do you keep those parts reliable?
Wootz.work works as a manufacturing partner for that second half of the plan. We run a network of 400+ qualified suppliers across India and Southeast Asia, and we manage them as one accountable team. Our engineering team works from India, close to the factories, with commercial teams in the UK, Italy and the US. Buyers get one contact, one quality process and one delivery schedule instead of a dozen separate vendor relationships.
Companies don’t have to choose between bringing production home and working with overseas suppliers. They can do both. A US firm might source its most critical parts locally and leave the remaining work to a partner that takes care of quality assurance, documentation, and doorstep delivery. Our scalable manufacturing services also help keep parts consistent, whether they’re being made as prototypes or in larger quantities.
A food and beverage OEM in Australia and New Zealand needed a welded base frame with a height of 536 mm. The height could vary by no more than ±1 mm, and the flatness limit was 0.2 mm. The supplier also had to work from clear drawings, use controlled fixtures, and send dimensional reports with the finished parts. With production split between suppliers, even small differences can cause problems. A design for manufacturability review can help work out the costs and lead times before any tooling is made.
If you want to check finish and tolerances before you commit, order a free sample box. For proof of how we work, see our case studies.
Conclusion: reshoring is a tool, not a slogan
More US manufacturers are starting to bring production back home. Tariffs, shipping delays, long lead times, and the need for better control are pushing these decisions. Reshoring is gaining ground, although bringing every part back isn’t always practical. It makes more sense to review each part separately, compare the total landed cost, and keep a backup supplier.
Start with the ten parts that pose the greatest risk. Work out what each one actually costs, including shipping and other expenses. Some may be worth sourcing domestically, while others are better left with overseas suppliers. For the remaining parts, work with a supplier you can rely on.
Send us your drawing. Your first quote comes with a free DFM review. Talk to our engineering team about your program.
.svg)
