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

Europe Metal Forming Equipment Market Trends and Insights

Electric Vehicle, Battery, and Lightweight-Component Manufacturing

Battery enclosure production needs deep-draw and servo transfer presses that can hold wall planarity deviations within ±0.2 mm. Conventional hydraulic lines cannot consistently maintain those tolerances at high production speeds. Aluminum body-in-white stampings also need equipment that can manage springback in high-strength alloys. The European Commission Innovation Fund provided EUR 852 million (USD 1,002.2 million) for 6 battery manufacturing projects, supporting 56 GWh of annual capacity additions and an estimated 91 million tons of lifetime CO₂ reduction. ANDRITZ Schuler commissioned a 1.5 GW, 22-meter automated line for cylindrical EV booster cells for a German premium automaker in January 2026. The project places the Europe metal forming equipment market closer to battery production infrastructure as vehicle manufacturers expand electrified platforms.

Industry 4.0, Robotics and Connected Press Shops

European press shops increased their use of in-die sensors, vision inspection, and connected predictive maintenance systems during 2025. OEM traceability requirements and the cost of preventing die damage support this equipment investment. ANDRITZ Schuler uses its Metris Visual Die Protection system at the Smart Press Shop joint venture with Porsche in Halle, where cameras and real-time image processing identify foreign objects, cracks, and scrap accumulation before tools are damaged. A survey of more than 300 machine builders found that 79% considered skills shortages to have a significant or very significant operational impact. Automation can reduce reliance on controls engineers during startup and changeovers. Connected equipment also supports software and data services that strengthen supplier relationships across the Europe metal forming equipment market.

Aerospace, Defense, and Renewable-Energy Manufacturing

European defense expenditure reached EUR 381 billion (USD 448.2 billion) in 2025, with equipment procurement exceeding EUR 88 billion (USD 103.5 billion).^{[1]European Parliament Research Service, “European Defence Industry,” European Parliament, europarl.europa.eu} This spending supports demand for precision tube forming, titanium forging, and structural sheet metal equipment across major defense supply chains. MBDA has announced a EUR 5 billion (USD 5.9 billion) investment program for 2026 to 2030 and targeted a 40% rise in missile production during 2026. The program indicates a multi-year requirement for qualified forming capacity. Thales planned EUR 830 million (USD 976.3 million) to EUR 850 million (USD 999.9 million) in capital expenditure during 2026 across radar, effector, and sonar sites in France, Germany, Belgium, and the Netherlands. Wind tower flanges and solar mounting structures add demand for plate rolling and heavy presses, widening the Europe metal forming equipment market beyond conventional industrial applications.

European Nearshoring and Industrial Resilience Investment

Supply-chain reconfiguration is shifting equipment demand toward Central and Eastern Europe. Eurostat reported that 29.2% of EU enterprises engaged in nearshoring during 2024, exceeding farshoring rates in every member state.^{[2]Eurostat, “Global Value Chain Disruptions and Enterprise Responses in the EU,” Eurostat Statistics Explained, ec.europa.eu} Pratt & Whitney is investing USD 25 million to expand precision tubular assembly production in Niepołomice, Poland, alongside a USD 100 million investment in isothermal forging upgrades in Rzeszów. These sites require forging presses, tube bending, and precision stamping equipment from local or nearby suppliers. Aging hydraulic and mechanical fleets create a separate retrofit requirement in established manufacturing centers. The Europe metal forming equipment market can therefore benefit from new capacity in the east and modernization activity in Germany, Italy, France, and the United Kingdom.

Energy-Price Volatility and Carbon-Compliance Costs

Energy costs remain a direct concern for European forming operations and their capital spending decisions. The European Commission reported that industrial electricity and gas prices in the EU remained 2 to 4 times higher than those of the bloc’s principal trading partners, despite falling below their 2022 and 2023 peaks.^{[3]European Commission, “Report on Energy Prices and Costs in Europe,” EUR-Lex, eur-lex.europa.eu} The cost difference weakens returns from hot forging, aluminum extrusion, and conventional hydraulic presses. Emissions Trading System allowance costs also weigh on operators using older equipment without energy-recovery drives. Larger Tier 1 suppliers can justify servo-electric upgrades that cut electricity consumption by 70% to 85% per cycle. Smaller fabricators often delay replacement decisions because energy-price volatility makes the payback period less predictable in the Europe metal forming equipment market.

High Capital Costs, Skills Gaps, and Imported Component Exposure

Small and medium-sized fabricators face high acquisition costs for modern servo presses and automated bending cells. Such equipment can carry list prices 40% to 80% above the hydraulic systems it replaces. The European Investment Bank found that 19% of EU importing firms diversified sourcing as a resilience measure while facing constrained domestic capital expenditure, particularly among manufacturers with fewer than 250 employees.^{[4]European Investment Bank, “EIB Investment Survey 2025,” European Investment Bank, eib.org} Retrofit packages costing 30% to 50% of a new machine provide a lower-cost alternative but reduce revenue per new equipment sale. Skills shortages extend commissioning timelines, while dependence on imported motion-control and precision components exposes manufacturers to supply constraints. These factors sustain a two-speed pattern in the Europe metal forming equipment market, where larger suppliers modernize while mid-sized firms defer complete line replacement.

*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 Presses Grow Fastest

Press machines accounted for 43.5% of the Europe metal forming equipment market share in 2025. Their installed base serves automotive stamping, appliance production, and structural fabrication. Their lower energy use and compatibility with in-die sensors support a faster pace. ANDRITZ Schuler introduced next-generation HFA fineblanking presses in January 2026 with servo-controlled hydraulic pump drives and double-digit energy-efficiency improvements.

Servo presses are forecast to grow at a 6.1% CAGR from 2026 to 2031. The launch shows that established hydraulic equipment is being upgraded with electrified controls rather than being replaced in every application. This approach can retain the mechanical value of a press while improving its operating profile and data capabilities. MSV Metal Studénka launched a CZK 280 million robotic forging line in May 2025, increasing annual capacity from 14,000 tons to more than 18,000 tons. Breitenfeld Edelstahl commissioned a new 40MN forging press in 2026. These projects show continued demand for heavy-duty systems alongside more flexible press technologies. They also demonstrate that investment decisions differ by component size, production volume, and the material being formed. The Europe metal forming equipment market continues to reward suppliers that combine equipment durability, automation, and lower operating costs.

By Forming Process: Stamping Holds Volume While Hydroforming Leads Growth

Stamping and punching held 32.5% of the Europe metal forming equipment market size in 2025. Automotive producers rely on high-speed sheet metal stamping for body panels and structural closures. The process supports hollow components with complex geometries, including drive shafts, instrument panel carriers, and aircraft sub-frame tubes. It also delivers wall-thickness uniformity that multi-step stamping cannot reproduce.

Hydroforming is forecast to grow at a 5.8% CAGR between 2026 and 2031. Servo-electric bending systems can reduce energy use by 70% to 85% per cycle compared with hydraulic alternatives. Fraunhofer IWU modernized its hydroforming test facility in Chemnitz in October 2025 to reduce energy costs. This focus reflects the operational pressure on high-pressure forming equipment. Demand is moving toward precision processes for EV and aerospace applications. That movement raises the equipment value required for each unit of metal processed in the Europe metal forming equipment market. Buyers increasingly assess process capability and quality control alongside nominal throughput.

By Material Formed: Carbon Steel Retains Scale While Aluminum Gains Momentum

Carbon and low-alloy steel retained 44.5% of the Europe metal forming equipment market share in 2025. Structural fabrication, construction, and industrial machinery supported its use. Battery enclosures, floor pans, and cooling plates require aluminum alloys that can be formed under controlled temperature conditions. The installed equipment base in Europe remains largely configured for ferrous materials. This configuration shapes replacement choices and slows the full transition toward equipment optimized only for light alloys.

Aluminum and aluminum alloys are forecast to grow at a 6% CAGR through 2031. That base preserves carbon steel’s importance even as aluminum gains use in EV and aerospace programs. Titanium, nickel, and other non-ferrous metals are also used in aerospace and defense applications. Pratt & Whitney’s investment in Poland illustrates the tubular assembly demand associated with nickel-superalloy applications. Stainless steel supports food processing, medical, and pharmaceutical manufacturing. These applications increasingly specify oil-free servo-electric forming because of production and quality requirements. The Europe metal forming equipment industry must therefore support a wider material mix without losing the productivity needed for steel-based volume production.

By End-Use Industry: Automotive Leads While Aerospace and Defense Accelerate

Automotive and transportation accounted for 34.5% of the Europe metal forming equipment market size in 2025. Investment in combustion-engine-related forming declined during 2025. EV-specific equipment for battery enclosures, aluminum body structures, and e-motor laminations expanded. Safran announced a EUR 50 million (USD 58.8 million) investment in a new defense equipment facility in Ludwigsburg, Germany, that is planned to be operational by early 2028.

Aerospace and defense are forecast to grow at a 5.9% CAGR from 2026 to 2031. The facility is intended to create 200 jobs across engineering, production, and quality functions. MBDA’s planned investment program also indicates continuing requirements for tube forming, titanium forming, and structural stamping. Metal products and fabrication companies across the Benelux continue to consume press brakes and roll-forming equipment. Energy and power applications include wind turbine components and solar structures. Medical and precision manufacturers also require oil-free servo-electric systems, broadening the Europe metal forming equipment market beyond its automotive base. These applications emphasize cleanliness, repeatability, and controlled production conditions.

Geography Analysis

Germany held 26.9% of the Europe metal forming equipment market size in 2025. Its position rests on a dense automotive OEM and Tier 1 supplier base and an established automation ecosystem. ANDRITZ reported a group order backlog of EUR 12.6 billion (USD 14.8 billion) in the first half of 2026, 20.5% higher than at year-end 2025. The company also announced planned reductions of 500 jobs at Schuler’s German operations because conventional automotive press demand was weaker. The contrast points to pressure on legacy hydraulic press supply alongside continuing orders for EV-related servo equipment.

Poland is forecast to record the fastest regional CAGR at 5.7% from 2026 to 2031. Aerospace, defense, and automotive supply-chain investment supports this growth. Pratt & Whitney’s investments in Niepołomice and Rzeszów signal increased demand for precision tubular assembly and isothermal forging capacity. MSV Metal Studénka’s robotic forging line in the Czech Republic and a new Diehl Aviation components plant in Romania indicate that the Rest of Europe is absorbing more equipment capital expenditure.

France and the United Kingdom remain major markets because their aerospace and defense clusters require specialized forming capacity. Italy is both a major equipment consumer and a center for forming technology supply. Prima Power, Salvagnini, Faccin, Gasparini, LVD, and BLM GROUP form an important regional cluster for press, bending, and related technologies. Private investment in Faccin during October 2025 reflected continued interest in precision plate-rolling and bending assets serving energy and defense-linked customers. Spain’s demand is increasingly connected with EV manufacturing, including SEAT’s EUR 10 billion (USD 11.8 billion) Future: Fast Forward electrification program and its Martorell PXL press installation during October 2025. Austria hosts ANDRITZ’s global headquarters and remains a key engineering base for the Europe metal forming equipment market.