United States Metal Forming Equipment Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

United States Metal Forming Equipment Market Trends and Insights

Reshoring and Federal Manufacturing Investment

Build America, Buy America provisions require every iron and steel manufacturing process used for federally assisted infrastructure projects to occur within the United States, tying federally funded construction demand to qualified domestic fabrication facilities.^{[1]Federal Highway Administration, “Infrastructure Investment And Jobs Act,” U.S. Department Of Transportation, highways.dot.gov} This requirement supports purchases of presses, roll formers, bending machines, and related systems used by fabricators making compliant components. The Reshoring Initiative reported that fabricated metals reshoring grew 19% in 2025, indicating that more production activity was returning to United States manufacturing locations.^{[2]Reshoring Initiative, “2024 Annual Report Including 1Q2025 Insights,” Reshoring Initiative, reshorenow.org} It also recorded a 12-fold year-over-year rise in tariff-driven reshoring rationales, showing the growing role of trade conditions in location decisions. These conditions favor committed spending on stamping lines, forging presses, and roll-forming systems instead of short-term changes in where production is performed. Announced semiconductor investments exceeding USD 630 billion across 140 projects add fabrication work for structural steel and aluminum used in facility buildings, data centers, and power substations.^{[3]Congressional Research Service, “Semiconductor Manufacturing Incentives,” Congress.gov, congress.gov}

EV, Battery, and Lightweight-Component Manufacturing

Electric vehicles require purpose-designed stamped components for battery integration, structural support, and related powertrain changes, increasing the range of metal parts that suppliers must form. Aluminum battery enclosures increase demand for equipment that can process lightweight sheet materials while meeting production and quality requirements. Novelis states that aluminum solutions can reduce battery enclosure mass by up to 50% compared with equivalent steel solutions, which gives material weight a central role in equipment selection. This requirement favors aluminum-capable servo presses, hydroforming equipment, and CNC press brakes with suitable controls, tooling, and forming capability. Domestic-content requirements for battery components direct a greater share of this work toward United States plants rather than offshore supply arrangements. Tariffs on aluminum derivatives also reinforce the cost case for local sourcing of formed aluminum parts and related component systems.

Industry 4.0 Automation and Labor-Productivity Imperatives

Servo presses support programmable force and velocity profiles during the forming cycle, giving manufacturers more control over how materials are shaped during complex production operations. These capabilities allow direct integration with in-die sensing, machine vision, and predictive maintenance tools that can monitor forming conditions during production. Machine units ordered fell 2.6% in the first half of 2026 compared with the prior 6 months, while total order value rose 36%, indicating a shift toward more costly automation-integrated equipment. The change indicates that purchasers are giving greater weight to automation content, controls, service capability, and higher-value system features. Research on digital-twin systems for hydraulic press networks describes virtual testing, fault analysis, and online monitoring as functions used alongside continuous forming operations. This direction supports equipment investments that improve uptime, provide earlier visibility into equipment problems, and reduce reliance on manual adjustments.

Aerospace, Defense, and Shipbuilding Capacity Expansion

GE Aerospace is investing USD 1 billion in the United States manufacturing during 2026 across more than 30 communities in 17 states, creating demand throughout its own facilities and domestic supplier network. More than USD 275 million is allocated specifically to defense engine and component production, which requires precision forming capability for critical aerospace parts. The company is adding 5,000 manufacturing and engineering workers in 2026 after adding the same number during 2025, increasing the operational base supporting its production ramp. Cincinnati Incorporated secured contracts for press brakes that form steel plates above 2,000 tons for military shipyards, demonstrating demand for large domestic machines in naval production. The United States metal forming equipment market benefits from these requirements for high-tonnage, precise, and application-specific forming equipment.

High Capital Cost and Financing Sensitivity

New forming equipment requires substantial capital, particularly for smaller fabricators that lack long-term original equipment manufacturer supply agreements to support financing applications or secure predictable equipment use. The contrast between lower unit orders and higher order value in 2026 shows how automation content and advanced controls can raise the cost of a new equipment purchase. The Small Business Administration 504 program offers fixed-asset financing for eligible small businesses, including equipment investments that meet program requirements. Its approval process can slow purchases tied to time-sensitive contract awards, creating a practical challenge for fabricators seeking to respond quickly to new production opportunities. The 2023-2025 period of elevated interest rates delayed equipment replacement decisions and showed that the United States metal forming equipment market is sensitive to financing conditions. Tax expensing can ease acquisition costs, but larger press-line investments can exceed the range where those provisions provide the strongest support.

Skilled Technician and Controls-Engineer Shortages

The Bureau of Labor Statistics projects tool-and-die-maker employment to decline 11% between 2024 and 2034, reflecting a continuing structural workforce challenge for equipment users and manufacturers. It expects 34,200 annual openings for machinists and tool-and-die makers, with these openings driven by retirement and career transfers rather than net employment growth. These occupations require long-term on-the-job training and apprenticeship-based skills, so the available workforce cannot rapidly expand in response to short-term demand. Fabricated metal product manufacturing employed 56,060 cutting, punching, and press machine setters, operators, and tenders in 2025, representing a workforce pool subject to retirement-driven losses. Servo presses and CNC press brakes require programming and controls knowledge that extends beyond traditional manual operating roles and routine machine adjustments. Newly installed systems may therefore run at intended throughput below until qualified workers are recruited, trained, and retained.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Equipment Type: Press Machines Lead Demand While Servo Systems Add Value

Press machines held 44% of the United States metal forming equipment market size in 2025, supported by mechanical and hydraulic systems used in high-volume automotive stamping, industrial component fabrication, and general metal-products operations. Servo presses are the fastest-growing subsegment, with a projected 5.3% CAGR from 2026 to 2031, because programmable slide motion supports electric vehicle components, aerospace parts, and precision medical forming applications. A 2026 study of a 25,000 kN heavy-duty servo press found that dynamics parameter calibration reduced peak torque error by 72.7%. The same study reduced effective motor torque prediction error from 7.6% to 1.4%, which supports the use of servo technology where precision and repeatable operation are required. Hydraulic presses remain important for deep drawing, rubber-pad forming, and hydroforming, where controlled force is needed over long stroke lengths.

Mechanical presses retain a role in commodity stamping because high production speed remains central to their economics. Press brakes and bending machines are the second-largest equipment category, while electric and servo variants gain interest as purchasers consider energy use and lifetime operating costs. Roll-forming equipment serves construction and infrastructure work, whereas forging equipment supports aerospace and defense applications requiring specialized parts. Hydroforming equipment and extrusion presses address adjacent precision requirements for automotive structures, aerospace ducts, and aluminum battery enclosure frames. Schuler Inc. and Feintool launched a new HFA fineblanking press generation during January 2026, with servo-controlled hydraulic pump drives, higher stroke rates, and double-digit energy-efficiency gains. 

By Forming Process: Stamping Supports Revenue While Hydroforming Expands

Stamping and punching held 32.5% of the United States metal forming equipment market size in 2025, reflecting their broad use across automotive body panels, electrical enclosures, appliance components, and industrial hardware. Progressive-die and transfer-press lines suit these applications because they can produce repeatable parts at high volumes. Hydroforming is the fastest-growing process segment, forecast to expand at a 4.9% CAGR from 2026 to 2031. Electric vehicle platforms and aerospace duct systems require seamless tubular or sheet-formed shapes that conventional die stamping cannot consistently provide. Bending, including press-brake and roll-bending work, also benefits from aerospace and defense investment in high-tonnage systems for naval vessels and space-launch structures.

Cincinnati Incorporated delivered large press brakes to rocket programs during May 2026, illustrating demand for precision fabrication of large structural components. Deep drawing remains important for consumer appliances, medical devices, and aerospace fuel systems, where draw depth, wall thickness, and surface finish matter. Forging benefits from the defense procurement of high-integrity titanium and nickel-superalloy parts used in aerospace and missile programs. Rolling and roll-forming processes provide structural steel and aluminum profiles for highway, bridge, and construction projects. Other processes, including electromagnetic forming, rubber-pad forming, and incremental sheet forming, have uses in low-volume, complex aerospace and defense prototypes, while digital-twin systems are becoming relevant in hot-stamping qualification. 

By Material Formed: Steel Retains the Largest Base While Aluminum Gains Use

Carbon and low-alloy steel held 44.5% of the United States metal forming equipment market share in 2025, underpinned by its cost advantage, established forming parameters, and use in automotive stampings, machinery housings, and infrastructure sections. Aluminum and aluminum alloys are forecast to grow at a 4.7% CAGR between 2026 and 2031. Electric vehicle lightweighting, aerospace weight limits, and wider construction use of aluminum structural profiles support this growth. Aluminum forming creates distinct requirements because springback, forming speed, temperature, and die-surface selection require greater process control. These needs favor servo presses and CNC press brakes with adaptive tooling rather than older mechanical equipment for some applications.

Stainless steel retains a specialized role in food processing, medical devices, chemical processing, and marine applications where corrosion resistance is essential. Copper and copper alloys serve electrical connectors, busbars, and heat exchangers used in electric vehicle charging systems, data centers, and power-conversion equipment. Titanium, nickel, and other non-ferrous metals represent the highest-value material group, concentrated in aerospace turbine components, medical implants, and defense parts. This work requires isothermal forging presses, controlled-atmosphere environments, specialized dies, and complete material traceability. SeAH commissioned a facility in Temple, Texas, in 2026 with 6,000 tons of annual capacity for nickel superalloy and additive-manufacturing powder, reinforcing upstream material investment relevant to precision forming. 

By End-Use Industry: Automotive Holds the Largest Position, While Aerospace and Defense Grow Fastest

Automotive and transportation held 36% of the United States metal forming equipment market size in 2025, based on its high volumes of structural stampings, transmission parts, body panels, battery trays, and crash members. Aerospace and defense is forecast to grow at a 5.1% CAGR from 2026 to 2031. Commercial aviation recovery and expanding defense programs support purchases of precision forging, hydroforming, and multi-axis press-brake capacity. These applications require accuracy, material traceability, and mechanical certification that general-purpose equipment may not provide. Industrial machinery and capital equipment use forming capacity for fluid-power components, agricultural equipment stampings, and construction-machinery housings.

Metal products and fabrication shops extend demand across heating, ventilation, air conditioning, commercial refrigeration, electrical enclosures, and structural steel customers that do not maintain their own press capacity. Electrical and electronics demand is supported by grid modernization, transformer upgrades, data-center construction, and renewable-energy integration that require copper and aluminum parts and structural enclosures. Construction and infrastructure programs sustain roll-forming demand for framing, cladding panels, and guardrail profiles, while energy and power work requires pressure vessels, heat exchangers, and turbine housings. Consumer appliances support steady deep-drawing and progressive-die demand, whereas medical and precision manufacturing require close tolerances and documented processes. GE Aerospace's plan to add 5,000 United States workers in 2026, following 5,000 additions in 2025, supports equipment spending through aerospace supplier tiers. 

Geography Analysis

The United States metal forming equipment market is national in scope, but the largest customer clusters are concentrated in established manufacturing regions. Midwest automotive states support substantial demand for automotive stamping, component forming, press automation, and supplier production lines. Southeast battery-corridor states support demand for battery enclosures and lightweight vehicle components. Southwest industrial corridors benefit from manufacturing investment and semiconductor-related construction. Federal domestic-content requirements apply to qualifying infrastructure projects across the country. These requirements encourage local fabrication capacity and create demand for equipment at qualified facilities.

The Midwest remains a critical location because it combines automotive original equipment manufacturers, Tier-1 suppliers, tool-and-die capability, and established metal-fabrication clusters. Automotive production supports mechanical presses, servo presses, transfer systems, bending equipment, and connected forming automation in this region. Fabricated metals reshoring grew 19% in 2025, supporting local capacity near industrial customers and established supply chains. The Northeast has high-mix fabrication activity and early demand for fast-changeover forming cells. Connecticut also hosts TRUMPF manufacturing and its Smart Factory investment, linking the region with equipment production and advanced fabrication activity.

Ohio, Texas, New England, the Southeast, and the Pacific West are key locations for aerospace, defense, shipbuilding, and related equipment purchases. GE Aerospace's 2026 investment spans 17 states and more than 30 communities, supporting its domestic manufacturing network and supplier base. Texas adds upstream alloy capacity through SeAH's Temple facility. Rural manufacturing corridors face more limited access to technical colleges and trained personnel. This shortage can delay commissioning and reduce equipment utilization outside major industrial centers. The United States metal forming equipment market, therefore, relies on regional buyer bases, local service coverage, and trained operators.