Global Motor Lamination Market to Grow from USD 26.10 Billion in 2026 to USD 38.72 Billion by 2033 — EV Traction Motor Demand, Industrial Automation Expansion & High-Efficiency Electrical Steel Innovation Drive the Next Generation of Electromagnetic Core Technology
The global motor lamination market sits at the convergence of three major industrial trends — EV adoption, manufacturing automation, and energy decarbonization. Motor laminations, precision stacks of electrical steel sheets forming the magnetic core of electric motors, are essential to EVs, industrial robots, wind turbines, and HVAC systems. With demand scaling rapidly across all these sectors, the market is projected to grow at a 5.77% CAGR from 2026 to 2033, making it a strategically critical opportunity for automotive OEMs, steel producers, EV investors, and advanced manufacturing strategists.
Phoenix, Arizona, United States, June 2026 —
The global motor lamination market is valued at USD 24.68 billion in 2025 and is forecast to grow from USD 26.10 billion in 2026 to approximately USD 38.72 billion by 2033, at a CAGR of 5.77%. This steady and structurally well-supported expansion reflects the compounding demand generated by EV traction motor production scaling, the proliferation of motors in vehicle comfort and safety systems, the deployment of high-efficiency motors across industrial automation and HVAC applications, and advancing material science developments — including amorphous steel and ultra-thin silicon steel laminations — that are extending the performance boundaries and expanding the addressable application range of precision motor lamination components.
Motor Laminations: The Invisible Engineering Foundation of the Electric Era
The motor lamination market occupies a structural position in the industrial supply chain that is both foundational and largely invisible to end consumers — but absolutely critical to every engineer and procurement manager responsible for electric motor performance. Motor laminations work by confining and directing magnetic flux within the motor core while suppressing the eddy currents that generate heat, reduce efficiency, and shorten motor operational life. The thinner the lamination and the higher the electrical resistivity of the steel, the lower the core losses and the higher the motor efficiency.
As electric motor efficiency requirements tighten globally — driven by EU ecodesign regulations requiring IE3 and IE4 minimum efficiency class standards, US DOE efficiency mandates, and EV powertrain range and performance optimization — the demand for premium grain-oriented and non-grain-oriented electrical steel laminations engineered to minimize hysteresis and eddy current losses is intensifying across every major market segment within the motor lamination market.
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Market Size & Regional Dynamics
The motor lamination market size is valued at USD 24.68 billion in 2025 and is predicted to increase from USD 26.10 billion in 2026 to USD 38.72 billion by 2033.
Asia-Pacific is the largest region in the motor lamination market, accounting for the dominant global revenue share in 2025. China leads as the world’s largest EV production market, the largest industrial automation adopter, and the home of Baowu Steel Group — the world’s largest steel producer — with its critical electrical steel manufacturing capabilities. Japan and South Korea contribute advanced electrical steel production from Nippon Steel, JFE Steel, and POSCO. India is emerging as a high-growth motor lamination production and consumption market supported by the Make in India manufacturing initiative.
North America is the fastest-growing region in the motor lamination market during the forecast period, driven by the transformative impact of the US Inflation Reduction Act’s domestic clean energy manufacturing incentives, which are catalyzing unprecedented investment in US EV manufacturing capacity. The reshoring of EV traction motor production to the United States — by Ford, GM, Stellantis, and international OEMs seeking IRA tax credit qualification — is generating structural new demand for domestically sourced high-performance motor laminations. The US EV motor lamination market alone is projected to reach USD 7.23 billion in 2025 at a 7.45% CAGR, confirming North America’s fastest-growing regional trajectory.
Segment Performance
The motor lamination market is segmented across material type, technology, motor type, vehicle type, and application. Current segment performance intelligence reveals:
By Material Type: Electrical steel laminations dominate the motor lamination market, accounting for 71.6% of product segment share in 2026 — with non-grain-oriented (NGO) silicon steel holding the largest sub-segment share as the primary material for EV traction motors and industrial motors; grain-oriented electrical steel serves transformer and high-frequency motor applications requiring directional magnetic flux optimization
By Fastest-Growing Material: Amorphous steel and ultra-thin silicon steel laminations represent the fastest-growing material segments within the motor lamination market — delivering dramatically lower core losses at high frequencies compared to conventional silicon steel, making them the materials of choice for next-generation high-speed EV motors and premium industrial drive applications
By Technology: Progressive die stamping is the dominant lamination manufacturing technology by volume within the motor lamination market; laser cutting is the fastest-growing technology — enabling ultra-thin lamination precision and complex geometries for high-performance traction motor cores that die stamping cannot achieve at equivalent precision levels
By Motor Type: AC motors hold the dominant motor type segment share within the motor lamination market applications; BLDC (brushless DC) motors and permanent magnet synchronous motors — the preferred traction motor types for EV applications — are the fastest-growing motor types driving demand for premium-grade thin lamination materials
By Application: Automotive applications — encompassing EV traction motors, power steering, window actuators, HVAC compressors, and seat adjustment systems — hold the largest and fastest-growing application segment within the motor lamination market, driven by the dual forces of EV transition and the escalating number of motors per vehicle (20–30 in modern passenger vehicles)
TOC Summary:
Asia-Pacific is the dominant region in the motor lamination market — led by China’s world-leading EV production volume and electrical steel manufacturing capacity — while North America is the fastest-growing region, fueled by IRA-driven EV manufacturing reshoring investment and domestic traction motor supply chain development
Electrical steel laminations command 71.6% of motor lamination market product segment share in 2026 — with non-grain-oriented silicon steel serving as the foundational material for the EV traction motor production volumes that are the market’s fastest-growing demand driver
The US Inflation Reduction Act is the single most commercially significant policy development for the motor lamination market in North America — creating direct financial incentives for domestic EV motor and lamination production that are reshaping North American supply chain geography and investment flows
The motor lamination market’s EV segment demand is non-linear in its growth intensity — each battery electric vehicle requires a traction motor core with approximately 30–50 kg of electrical steel laminations, meaning every million units of annual EV production creates 30,000–50,000 additional tonnes of motor lamination demand
Amorphous and nano-crystalline steel lamination materials represent a technically superior but higher-cost alternative gaining commercial traction within premium EV and industrial drive motor applications — where core loss reduction of 60–80% compared to conventional silicon steel justifies the material cost premium through vehicle range extension and motor lifespan improvement
Supply chain resilience has become a strategic priority for the motor lamination market following the COVID-19 supply chain disruption experience — with European manufacturers including voestalpine and Thyssenkrupp investing in local production capacity to reduce dependence on Asian electrical steel imports and improve supply chain security for European EV OEM customers
Industrial automation and robotics are a durable secondary demand pillar for the motor lamination market — with servo motor production for robotic arms, CNC machine tools, and automated guided vehicles generating consistent incremental demand for precision laminated motor cores that is independent of EV production cycle volatility
Renewable energy generation equipment — including wind turbine generators and traction motors for grid-connected storage systems — represents a growing high-value application segment within the motor lamination market, with direct-drive wind turbines requiring large-diameter laminated generator cores that demand specialized manufacturing capabilities
AI-driven motor design optimization tools are enabling engineers to design motor lamination geometries and material stack configurations that achieve optimal electromagnetic performance with minimum material weight — reducing per-motor electrical steel content while improving power density, creating demand for higher-quality premium lamination materials that offset volume reductions
Geopolitical supply chain diversification pressure — driven by US-China trade tensions, rare earth export controls, and Chinese electrical steel anti-dumping trade cases in multiple jurisdictions — is creating structural reconfiguration of the motor lamination market’s global supply chain, benefiting Japan, South Korea, India, and domestic US and European producers
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AI Impact on the Motor Lamination Market
Artificial intelligence is accelerating progress in the motor lamination market across manufacturing process optimization, materials discovery, and motor design engineering. AI-driven simulation tools are enabling motor design engineers to model lamination stack geometries, grain orientation effects, and coating performance across thousands of design iterations in hours rather than weeks — significantly compressing the product development cycle for new EV traction motor programs. Machine learning models trained on large datasets of electrical steel composition and microstructure data are guiding metallurgical development toward new silicon steel alloys with superior magnetic permeability and lower core loss profiles.
On the manufacturing floor, AI-powered vision systems and process control algorithms are being deployed at progressive die stamping lines to detect lamination dimensional defects, burr formation, and surface coating integrity issues in real time — dramatically reducing scrap rates for the precision thin-gauge electrical steel materials that constitute the motor lamination market’s highest-value products. As EV traction motor designs evolve toward hairpin winding and axial flux configurations that require new lamination geometries, AI-assisted manufacturing process optimization is becoming a competitive differentiator for motor lamination producers capable of qualifying new designs rapidly and maintaining tight dimensional tolerance at production volumes.
Geopolitical Impact on the Motor Lamination Market
The motor lamination market is navigating one of the most consequential geopolitical restructuring periods in the history of the electrical steel supply chain. China currently dominates global electrical steel production through Baowu Steel Group and other major producers — and Chinese electrical steel export policy, anti-dumping trade cases, and rare earth magnet export controls are creating supply chain vulnerability concerns for motor lamination producers and EV OEMs dependent on Chinese steel inputs. Multiple jurisdictions — including the EU, United States, and India — have initiated anti-dumping investigations against Chinese electrical steel imports, creating trade policy uncertainty that is accelerating supply chain diversification investment.
The US Inflation Reduction Act’s domestic content requirements for EV manufacturing tax credits are directly reshaping the motor lamination market’s North American supply chain — creating powerful financial incentives for EV OEMs to source motor laminations from US or free trade agreement partner producers rather than from China. European supply chain resilience strategies — driven by EU industrial policy and the auto industry’s experience with supply chain fragility — are similarly favoring investment in domestic and allied-nation electrical steel production capacity. These geopolitical supply chain restructuring forces are creating significant new investment and capacity expansion opportunities for Japanese, Korean, Indian, Austrian, and German motor lamination producers that are positioned to supply diversified global demand.
Key Players in the Global Motor Lamination Market
Tempel Steel Company — United States
United States Steel Corporation — United States
Cleveland-Cliffs Inc. — United States
voestalpine AG — Austria
Thyssenkrupp Electrical Steel GmbH — Germany
Nippon Steel Corporation — Japan
JFE Steel Corporation — Japan
POSCO — South Korea
Baowu Steel Group Co. Ltd. — China
Eurogroup S.p.A. — Italy
⚡ Every Material. Every Application. Every Commercial Opportunity in Motor Lamination — Comprehensively Mapped.
The steel producers, automotive suppliers, and industrial technology investors building motor lamination capabilities today will command the electrification supply chain of 2033. Ensure your strategy is grounded in verified intelligence.
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