Sheet Metal Fabrication Services Market Size & Share 2026-2035

Sheet Metal Fabrication Services Market Size

The sheet metal fabrication services market was valued at USD 87.3 billion in 2025 and is projected to reach USD 136.5 billion by 2035, expanding at a 4.6% CAGR.

The market recovered unevenly from its 2024 peak of USD 88.8 billion, reflecting the exposure of fabricators to automotive production cycles and metal-input costs, while the underlying demand base continued to broaden across electrification, industrial equipment, electronics, power infrastructure, and data-center construction. Global electric-car sales exceeded 17 million units in 2024, up more than 25% year over year, creating demand for fabricated battery enclosures, structural assemblies, motor housings, thermal-management components, and charging-system hardware. China accounted for more than 11 million EV sales and nearly two-thirds of global EV demand in 2024, reinforcing the importance of Asian production ecosystems to high-volume fabricated components. ^{[1]International Energy Agency, Global EV Outlook 2025: Trends in electric car markets, May 2025, iea.org}

The industry ecosystem links metal producers and distributors with contract fabricators, tooling suppliers, automation providers, finishers, assemblers, and OEM procurement teams. Value creation is increasingly determined by how effectively a fabricator converts raw sheet into qualified parts across cutting, forming, joining, coating, inspection, and assembly. This favors suppliers that can control tolerances and traceability across multiple steps rather than competing solely on an hourly machine rate.

Pricing remains sensitive to steel and aluminum movements, scrap availability, energy costs, tariffs, labor, and the complexity of secondary operations. A simple cut-and-bend part is generally priced differently from a certified enclosure requiring robotic welding, surface treatment, documentation, and customer-specific quality validation. Integrated laser-cutting, bending, welding, and assembly cells can reduce material handling and queue time, but their commercial benefit depends on stable order volumes and disciplined programming.

Technology investment is shifting the service mix toward higher-value work. Fiber-laser cutting improves repeatability and throughput in thinner gauges; robotic welding supports consistent production of recurring assemblies; and additive or hybrid processes can shorten prototype iterations and enable complex tooling or low-volume geometries. Artificial intelligence-enabled nesting, predictive maintenance, production scheduling, and visual inspection can further improve machine utilization, although their effect is limited where job data, routing standards, or workforce capability remain fragmented. The next phase of market growth is therefore likely to favor fabricators that combine automation with application engineering, qualification capacity, and proximity to OEM manufacturing programs.

Margin resilience will depend on operational configuration. Fabricators that merely pass through volatile metal costs remain exposed to procurement shocks, whereas those that consolidate parts, automate multi-step routing, and provide validated assemblies can create a more defensible value proposition. The market's 4.6% growth outlook consequently reflects both volume expansion and a gradual shift toward fabrication packages in which engineering, finishing, and delivery reliability matter as much as basic conversion capacity.

Key Drivers

EV and automotive electrification

Electric vehicles are expanding the addressable fabrication requirement rather than simply replacing conventional automotive components one-for-one. EV sales represented more than 20% of the global car market in 2024, and global sales in the first quarter of 2025 were 35% above the prior-year period. Battery packs, underbody protection, crash structures, charging equipment, inverter housings, and thermal-management assemblies require combinations of high-strength steel, aluminum, precision forming, joining, and corrosion protection.

The commercial effect is strongest where fabricators can participate early in component design. Large-format structural parts and assemblies may reduce the number of individual components, which can lower the available piece count for some suppliers but increases the value of those able to meet forming, joining, safety, and dimensional-control requirements. This dynamic supports aluminum demand and favors suppliers with automated welding, high-tonnage forming, and engineering support.

Infrastructure and energy buildout

Infrastructure, grid modernization, renewable-energy projects, power-generation equipment, and industrial facilities create demand for fabricated cabinets, frames, brackets, support structures, electrical enclosures, ventilation components, and equipment housings. Federal infrastructure procurement in the United States is particularly relevant because Build America, Buy America requirements apply to U.S.-produced iron and steel, manufactured products, and construction materials used in covered projects. The Environmental Protection Agency identifies the policy as a mechanism to strengthen domestic manufacturing and supply-chain resilience.

This demand channel is valuable because it diversifies fabricators away from automotive schedules. It also raises the importance of documentation, domestic-content verification, project delivery, and the ability to produce larger or customized assemblies. Suppliers serving energy and infrastructure projects can gain more predictable program visibility, but they must manage project-specific procurement cycles and qualification requirements.

Reshoring and nearshoring of manufacturing

Reshoring and nearshoring are increasing the value of local fabrication capacity in markets where OEMs seek shorter lead times, lower geopolitical exposure, and closer engineering coordination. For sheet metal services, the opportunity is not limited to replacing imports. Regional suppliers can reduce freight on bulky enclosures and fabricated assemblies, accommodate engineering changes faster, and support customers with lower-volume or mixed-model production.

The effect is most pronounced in North America and Europe, where sourcing policies and supply-chain risk have made local capacity more consequential. The strongest beneficiaries are likely to be fabricators that can offer repeatable production together with prototyping, tooling, finishing, and assembly, because these capabilities reduce the handoffs that often lengthen a localized supply chain.

Regulatory tailwinds and industrial policy

U.S. clean-manufacturing incentives support demand from industries that consume fabricated metal systems. The Inflation Reduction Act includes the Section 45X advanced manufacturing production credit and the Section 48C qualifying advanced energy project credit. Treasury stated that the Section 48C program included at least USD 4 billion for a 30% investment credit for qualifying advanced-energy manufacturing investments, with a domestic-content bonus in applicable cases. The legislative framework directs investment toward clean-energy manufacturing.

The CHIPS and Science Act strengthens another demand channel by authorizing USD 52 billion for domestic semiconductor manufacturing and related initiatives. The CHIPS for America Fund includes USD 39 billion for incentives supporting domestic semiconductor-facility construction and supply-chain capacity. Semiconductor fabs and adjacent electronics manufacturing require cleanroom infrastructure, process-tool enclosures, cabinets, frames, and material-handling equipment, supporting higher-specification fabrication work.

Europe's policy setting is also shifting the location and composition of demand. The Green Deal Industrial Plan seeks to improve the conditions for scaling net-zero technology manufacturing in the EU, while the Net-Zero Industry Act covers energy-intensive industries, including steel and aluminum producers supplying net-zero components. The Carbon Border Adjustment Mechanism enters its definitive regime in January 2026 and covers iron, steel, and aluminum imports. These measures can encourage regional sourcing and lower-carbon material strategies, although compliance may also increase administrative and materials-traceability burdens.

Defense sourcing adds a further localized demand channel. FY2025 National Defense Authorization Act provisions support domestic and allied-country sourcing for the defense industrial base, while the Berry Amendment restricts the use of Department of Defense funds for specified articles, including certain metal products that are not U.S.-manufactured. For qualified fabricators, this increases the value of compliance records, controlled production, and domestic supply networks.

Key Restraints

Raw-material price volatility

Steel and aluminum are both major cost inputs and critical determinants of quotation accuracy. Volatility can compress margins when contracts do not include indexed pass-through mechanisms, especially for fabricators that buy material before final customer volumes are confirmed. The impact is amplified in lower-value conversion work, where material represents a larger share of the finished-part price and differentiation is limited.

A more resilient commercial model separates material exposure from processing value, uses disciplined inventory controls, and aligns supplier commitments with customer forecasts. Yet these practices do not eliminate risk where customers resist surcharge clauses or where abrupt policy changes alter regional material availability and pricing.

Skilled-labor shortage

Fabrication automation reduces repetitive handling but does not remove the need for experienced press-brake operators, welders, programmers, quality technicians, maintenance personnel, and production supervisors. Capacity can therefore be constrained by labor availability even when machines are physically installed. The challenge is particularly consequential in North America and Europe, where mature manufacturing bases compete for the same technical workforce.

The resulting constraint is operational as well as financial. A shortage of qualified staff can extend lead times, reduce first-pass yield, delay equipment commissioning, and limit a fabricator's ability to accept complex work. Automation is most effective when paired with training and standardized work instructions; without that foundation, it can shift rather than solve the bottleneck.

Automotive industry cyclicality

Automotive remains the largest end-use industry, contributing USD 26.2 billion and 30% of market revenue in 2025. This concentration exposes many fabricators to model launches, inventory adjustments, consumer financing conditions, labor disruptions, and OEM production changes. The growing EV opportunity does not remove this exposure because EV manufacturing also remains cyclical and is subject to pricing pressure, changing incentive structures, and regional demand variability.

Diversification into industrial machinery, power infrastructure, aerospace, electronics, and data-center equipment can reduce dependence on vehicle schedules. However, diversification requires more than adding end markets to a sales pipeline: each market has distinct certification, quality, material, and production-volume expectations.

Regulatory and trade compliance

Safety and environmental obligations increase the cost and complexity of fabrication operations. OSHA's machine-guarding standards apply to equipment used in fabrication environments, including power presses, press brakes, and punch presses. OSHA identifies safeguarding methods for powered press brakes that include presence-sensing devices, two-hand controls, and pullback or restraint devices. These requirements protect workers but require capital investment, maintenance discipline, and operator training.

Environmental compliance can also affect finishing and metal-processing workflows. The EPA's Metal Fabrication and Finishing National Emission Standards for Hazardous Air Pollutants regulate hazardous-air-pollutant emissions from covered fabricated-metal operations. In Europe, REACH and RoHS requirements create chemical-substance and restricted-material compliance obligations for relevant fabricated products. Compliance capability can become a competitive differentiator, but smaller suppliers may face disproportionate administrative and capital costs.

Trade policy creates a separate cost risk. Section 232 steel and aluminum measures, originally imposed in 2018, were expanded through February 2025 proclamations to cover additional derivative products. The Congressional Research Service reported that business groups argued the 2025 expansion increased input costs for U.S. manufacturers. Fabricators cannot assume that domestic sourcing fully eliminates this pressure, because domestic metal prices and supply availability may also respond to tariff-related market changes.

Trade and regulatory policy create a two-sided effect. Domestic-content provisions and sourcing rules can increase the strategic value of regional capacity, but tariffs, safeguarding requirements, emission controls, and chemical-compliance duties raise the cost of operating that capacity,,,. The competitive consequence is likely to be a wider performance gap between suppliers that treat compliance, safety, and procurement as integrated production capabilities and those that address them as after-the-fact overhead.

Sheet Metal Fabrication Services Market Segment Analysis

Service Type

Cutting is the largest service category, representing 30% of 2025 market revenue. It anchors most fabrication workflows because laser, plasma, waterjet, and mechanical cutting determine blank quality, material yield, and downstream forming efficiency. Its 4.0% CAGR is below the overall market rate, reflecting its maturity and the increasing use of integrated service packages rather than standalone cutting.

Punching and stamping serve recurring, standardized, and high-volume part programs, particularly in automotive, appliances, industrial equipment, and electrical applications. Stamping is projected to grow at a 3.6% CAGR, constrained by its dependence on dedicated tooling and high-volume economics. Punching is expected to expand at a 4.6% CAGR, benefiting from flexible turret-punch applications in enclosure and panel production.

Forming and bending address a broad range of structural, enclosure, and housing requirements. Forming is projected to grow at a 4.6% CAGR, while bending is expected to expand at 4.2%. Their importance rises when customers seek parts consolidation, more complex geometries, or reduced assembly steps. Welding, projected to grow at 4.0%, remains essential for assemblies requiring structural integrity, but automation is increasingly decisive in controlling consistency and labor intensity.

Finishing is expected to grow at 5.8%, faster than most core conversion services. This reflects demand for corrosion resistance, cosmetic quality, electrical performance, and customer-ready parts. The others category is projected to grow at 13.4%, indicating an increasing role for specialized services, integrated assembly, inspection, engineering support, and emerging fabrication methods. These activities can raise revenue per customer program because they move the supplier closer to an OEM-ready deliverable.

Material

Steel accounts for 42% of 2025 market revenue and remains the largest material category because of its strength, availability, established processing base, and role in automotive, construction, industrial machinery, and structural applications. Its 3.8% CAGR, below the market average, reflects both maturity and the shift toward lightweight alternatives in selected applications.

Aluminum is expected to grow at 5.7%, the fastest rate among major material categories, and increase from 38% of market revenue in 2025 to 42% by 2035. Lightweighting requirements in EVs, aerospace, electronics, and transport-related equipment support this shift. Aluminum's growth is not purely a substitution story: it depends on fabricators' ability to manage springback, joining requirements, surface protection, scrap recovery, and material cost volatility.

Silver represents a small, specialized portion of fabrication demand, accounting for 4% of 2025 revenue, with applications governed by electrical and technical performance requirements rather than broad structural demand. The others category, including copper, brass, and stainless steel, is expected to grow at 5.1%. These materials support applications where corrosion resistance, conductivity, hygiene, thermal performance, or appearance outweigh the cost and processing advantages of standard carbon steel.

End-Use Industry

Automotive is the largest end-use market, valued at USD 26.2 billion in 2025, but its 3.4% CAGR trails the total market because vehicle production remains cyclical and some component architectures are changing. Light vehicles, commercial vehicles, and electric vehicles have different fabrication requirements: light vehicles prioritize scale and cost, commercial vehicles require durable chassis and body components, while EVs increase demand for enclosures, structural protection, and lightweight assemblies.

Aerospace and space is projected to grow at 5.5%, from USD 9.6 billion in 2025 to USD 16.4 billion by 2035. Commercial aerospace and defense aerospace favor suppliers able to meet strict documentation, material, dimensional, and quality requirements. Qualification cycles can be lengthy, but once approved, suppliers may obtain more durable program positions than in price-driven commodity work.

Industrial machinery accounts for USD 18.3 billion in 2025 and is projected to grow at 4.1%. Manufacturing equipment, material-handling systems, and processing machinery require a combination of enclosures, structural frames, guards, panels, and assemblies. This segment rewards broad capability because customer orders often combine low-to-medium volumes with high product variation.

Construction represents USD 15.7 billion in 2025 and is forecast to grow at 3.3%. Demand is linked to building activity, infrastructure, HVAC systems, architectural components, and equipment installations, but price competition and project timing can restrict margin expansion. Electronics is expected to grow at 5.8%, supported by demand for precision housings, racks, shielding, and equipment panels.

Data centers are the fastest-growing end-use segment, projected to expand at 10.2% from USD 5.2 billion in 2025 to USD 13.7 billion by 2035. The segment requires cabinets, cooling-system components, power-distribution enclosures, containment structures, and supporting equipment. Its growth favors fabricators that can meet strict dimensional, finish, throughput, and delivery requirements while managing frequent product revisions.

Distribution Channel

Direct sales are central for complex, recurring, or regulated programs because fabricators need close contact with OEM engineering, procurement, quality, and plant teams. This channel supports earlier involvement in design for manufacturability, material selection, prototyping, and production planning. It is especially important for aerospace, defense, EV, power-infrastructure, and data-center applications, where qualification and specification control can be decisive.

Indirect sales remain relevant for standardized items, regional customer access, replacement demand, and smaller-volume buyers. Distributors and intermediaries can extend market coverage, but they may limit direct visibility into end-user requirements and reduce the fabricator's ability to capture engineering or assembly value. Channel selection therefore depends on the complexity of the part, customer concentration, service expectations, and whether speed or technical collaboration is the stronger basis for differentiation.

The material and end-use outlook point to a similar shift. Aluminum gains share where lower mass and performance requirements justify more demanding processing, while steel retains scale in structural and cost-sensitive applications. Data centers, aerospace, electronics, and EV-related systems create the strongest growth pools because they combine equipment expansion with requirements for precision, thermal performance, controlled finishes, or certified assemblies. Suppliers that match these needs with repeatable production cells and disciplined quality systems can gain share even in a fragmented market.

Sheet Metal Fabrication Services Market Regional Analysis

North America

North America accounted for USD 28.8 billion in 2025 and is projected to reach USD 43.7 billion by 2035, growing at a 4.3% CAGR. The U.S. represented USD 19 billion in 2025 and is forecast to reach USD 36.5 billion by 2035. Demand is supported by automotive, aerospace, defense, industrial machinery, energy infrastructure, semiconductor investment, and data-center construction.

The U.S. Midwest remains important because Michigan, Ohio, and Indiana combine automotive production, aerospace supply chains, and established metalworking infrastructure. Texas supports fabrication demand from oil and gas equipment, power systems, and growing renewable-energy investment. California and Arizona provide technology- and aerospace-related opportunities, including electronics equipment and specialized precision work. Canada contributes through automotive, aerospace, energy, and industrial programs, while also participating in North American supply-chain integration.

The regional opportunity is shaped as much by procurement requirements as by end-market volume. Domestic-content rules, defense sourcing conditions, and shorter supply-chain preferences can favor local suppliers, but Section 232-related input costs and labor constraints can reduce the advantage for undifferentiated fabrication capacity.

Europe

Europe generated USD 21.8 billion in 2025 and is projected to reach USD 32.8 billion by 2035, expanding at a 4.2% CAGR. Germany remains the largest European country market, valued at USD 7.2 billion in 2025 and forecast to reach USD 10.5 billion by 2035. Its automotive, machinery, industrial-equipment, and precision-engineering base sustains demand for high-quality fabricated components, although its 3.8% CAGR reflects a mature production environment.

The UK, France, and Germany support aerospace, defense, automotive, energy, and industrial-equipment applications. Italy and Spain add machinery, equipment, construction, and infrastructure demand, while the Netherlands benefits from logistics, technology, and specialized industrial activity. Poland, the Czech Republic, and Hungary remain relevant production locations due to skilled manufacturing labor, cost structures, and proximity to European automotive and industrial customers.

Europe's fabricators face a more demanding material and compliance environment as CBAM moves into its definitive phase in 2026 and regulatory requirements reinforce the need for traceable material and chemical-compliance systems,. This can favor capable regional suppliers, but it also raises the cost of serving cross-border customers. ^{[3]European Commission, Carbon Border Adjustment Mechanism, January 2026 regime, taxation-customs.ec.europa.eu}

Asia Pacific

Asia Pacific was valued at USD 27.9 billion in 2025 and is expected to reach USD 46.4 billion by 2035, the fastest regional CAGR of 5.2%. China accounted for USD 16.5 billion in 2025 and is projected to reach USD 27.3 billion by 2035. Its scale in automotive, EVs, construction, electronics, industrial equipment, and general manufacturing gives the country a broad fabrication demand base. The concentration of EV sales in China further links regional growth to lightweight structures, battery-related systems, and high-volume vehicle production.

Japan and South Korea sustain demand for precision fabrication in automotive, electronics, machinery, and advanced manufacturing. Australia provides opportunities related to infrastructure, energy, mining equipment, and industrial services. Southeast Asian manufacturing expansion, including Vietnam, Thailand, and Indonesia, supports demand as foreign investment broadens local electronics, automotive, and industrial supply chains.

India is expected to be the fastest-growing major country market, rising from USD 4.8 billion in 2025 to USD 9.2 billion by 2035 at a 6.7% CAGR. Government industrial policy supports this trajectory. India's production-linked incentive scheme had recorded 1.76 lakh crore in investment, 806 approvals, and approximately 9.5 lakh jobs, while the National Manufacturing Mission was announced for FY2025-26. Make in India, the Production Linked Incentive Scheme, PM GatiShakti, and the National Industrial Corridor Programme are identified as major industrial-growth initiatives. These measures can increase local demand for machinery, transport equipment, electronics, and industrial infrastructure, although execution quality and supplier capability will determine how much value remains within domestic fabrication networks. ^{[4]Press Information Bureau, Government of India, Manufacturing Momentum, 2025, pib.gov.in}

Latin America

Latin America accounted for USD 5.2 billion in 2025 and is projected to reach USD 8.2 billion by 2035, growing at a 4.7% CAGR. Brazil is the region's main industrial demand center, with automotive, machinery, construction, energy, and consumer-goods manufacturing supporting fabrication activity. Mexico benefits from proximity to the U.S. market and participation in North American automotive, appliance, electronics, and industrial supply chains.

Argentina contributes through agricultural equipment, energy, and industrial applications, although macroeconomic volatility can affect capital spending and demand visibility. Across the region, nearshoring can create opportunity, but suppliers must contend with infrastructure constraints, currency exposure, and uneven availability of advanced fabrication equipment and skilled labor.

Middle East & Africa

The Middle East & Africa market was valued at USD 3.5 billion in 2025 and is forecast to reach USD 5.5 billion by 2035, growing at a 4.6% CAGR. Saudi Arabia accounted for USD 1.8 billion in 2025 and is projected to reach USD 3.2 billion by 2035 at a 5.9% CAGR. The National Industrial Development and Logistics Program promotes industrial and logistics development, including Made in Saudi local-content objectives. Saudi Arabia's Vision 2030 annual report stated that non-oil activities exceeded 50% of the economy in 2024, with investment directed toward industrial and logistics development.

The UAE contributes through transport, construction, logistics, and urban-infrastructure investment. National transport and road projects valued at AED 170 billion are planned through 2030, while Etihad Rail passenger services are scheduled for 2026. Abu Dhabi also announced Dh240 billion in infrastructure and livability investment over seven to ten years. These projects can support fabrication demand for infrastructure-related systems, transportation equipment, enclosures, and industrial facilities, although project awards and localization rules will influence timing.

South Africa remains a relevant African market for mining, energy, industrial equipment, and infrastructure-related fabrication. The region's opportunity is linked to industrial diversification and capital-project activity, but fabricators may face import dependence for materials and machinery, logistics costs, and uneven project execution.

India and Saudi Arabia stand out for different reasons. India's projected 6.7% CAGR is connected to industrial-policy-led expansion across manufacturing and infrastructure,. Saudi Arabia's 5.9% CAGR is tied to industrial diversification, localization, and capital deployment beyond hydrocarbons,. In both cases, the opportunity depends on whether local fabrication capabilities can meet the engineering, materials, and delivery standards of expanding industrial programs, rather than on announced investment alone.

Sheet Metal Fabrication Services Market Share & Competitive Landscape

The market is highly fragmented, with the identified leading companies collectively accounting for a relatively limited portion of global revenue. Gestamp held an estimated 4.8% share in 2025, followed by Martinrea International at 4.4%. Mayville Engineering Company held 0.8%, Interplex Holdings 0.7%, MW Industries 0.6%, O'Neal Manufacturing Services 0.5%, and BTD Manufacturing 0.4%. Other suppliers represented approximately 86.5% of market revenue.

Fragmentation reflects the local and application-specific nature of fabrication services. Many customers require proximity, rapid engineering response, specialized certifications, particular material capabilities, or a combination of processes that cannot be easily standardized globally. Scale remains advantageous in procurement, automation investment, and multi-site customer support, but local specialists can remain competitive where they provide faster turnaround or deeply embedded application knowledge.

Competitive positioning

Gestamp and Martinrea International are positioned strongly in automotive-related structural and lightweight-component applications. Their scale, engineering capabilities, and OEM relationships are valuable where vehicle architectures require high-strength materials, complex forming, and integrated structural parts. Interplex Holdings and MW Industries compete in precision and specialized components, while Mayville Engineering Company, BTD Manufacturing, Kapco Global, and O'Neal Manufacturing Services offer broad fabrication, forming, welding, finishing, and assembly capabilities across industrial end uses.

Regional players including All Metals Fabrication, Ironform Corporation, Manor Tool & Manufacturing, Noble Industries, Ryerson Advanced Processing, and Standard Iron & Wire Works compete through customer proximity, process specialization, material access, and responsiveness. Emerging niche specialists, including Approved Sheet Metal (ASM), Buckeye Shapeform, Capps Manufacturing, Kencoa Aerospace LLC, Laserage Technology Corporation, V&F Sheet Metal, and Xometry, address narrower requirements through precision fabrication, aerospace-oriented capabilities, digital manufacturing access, prototypes, or shorter production runs.

Differentiation approaches

The strongest differentiation strategies combine process depth with customer-specific reliability. Integrated cutting, forming, welding, finishing, and assembly can reduce the number of production handoffs. Automation can improve repeatability, but its commercial value is highest when paired with programming expertise, quality control, and production planning. Material expertise is becoming more important as aluminum gains share and customers seek lower-weight, corrosion-resistant, or application-specific alloys.

Competitive advantage is also increasingly tied to compliance and qualification. Suppliers serving aerospace, defense, power infrastructure, data centers, or electronics must demonstrate more than fabrication capacity; they need documentation, traceability, controlled processes, and dependable delivery. In this setting, consolidation activity can be strategically useful when it adds specialized production capacity, geographic reach, or exposure to faster-growing end markets.

Recent Industry Developments

• In May 2025, Mayville Engineering Company announced an agreement to acquire Accu-Fab, LLC for USD 140.5 million. Accu-Fab reported approximately USD 61 million in 2024 net sales and approximately USD 14 million in EBITDA, and its capabilities include sheet metal fabrication, precision forming, electromechanical assembly, and specialized finishing. The business serves power infrastructure, data centers, and renewable-energy customers from facilities in Raleigh, North Carolina, and Wheeling, Illinois. MEC completed the acquisition on July 1, 2025.
• In April 2025, BTD Manufacturing opened a 335,000-square-foot facility in Dawsonville, Georgia, adjacent to a 162,000-square-foot building acquired in 2015. The company's operating model spans research and development, tooling, fabrication, stamping, welding, painting, and assembly, and it was ranked third in the 2024 FAB 40.
• In April 2025, Gestamp presented its Ges-Gigastamping solutions at Auto Shanghai, including large-format body-in-white consolidation concepts such as Ges-DoorRing, Ges-OnePieceFloor, and Ges-RingFrame. Gestamp stated that the solutions are designed to reduce vehicle weight and improve safety; the company operates 13 plants and two R&D centers in China.