In 2025, metal forging remains vital to global industrial innovation and growth. From aerospace to energy and defense, forged components offer unmatched strength, precision, and durability. As demand rises for high-performance parts, a few top forging companies are leading with scale, technology, and adaptability.
This article presents the top 10 forging companies driving industrial progress worldwide, each playing a key role in powering advanced systems and infrastructure.
Bharat Forge Ltd. (India)
As a flagship company of the Kalyani Group, Bharat Forge continues to hold the crown as one of the most influential forging manufacturers worldwide. With a commanding global footprint and advanced engineering capabilities, the company serves the automotive, aerospace, construction, oil & gas, marine, and defense industries.
Key Strengths:
- Global manufacturing facilities across India, Europe, and North America.
- Capabilities in closed-die forging, precision forging, ring rolling, and finish machining.
- Aggressive investments in EV drivetrain components and lightweight aluminum forgings.
- Forging ranges from less than 1 kg to over 500 kg parts.
2025 Focus:
Bharat Forge expanded its aerospace forging capacity and secured major defense contracts across Asia and Europe, further consolidating its position in strategic sectors.
Thyssenkrupp Forged Technologies (Germany)
Thyssenkrupp Forged Technologies is a core supplier of forged components to automotive, agricultural, construction, and energy equipment manufacturers. With over a century of experience, it blends heritage with cutting-edge manufacturing to deliver premium components globally.
Key Strengths:
- Renowned for crankshafts, camshafts, axle components, and forged undercarriage parts.
- Strong focus on CO₂-reduced production and material-efficient design.
- Leading in automation and machine intelligence integration into forging lines.
2025 Focus:
The company launched a fully digital plant in Germany focused on sustainable forging, powered by hydrogen energy and smart robotics.
American Axle & Manufacturing (USA)
AAM has carved a niche in supplying high-performance forged components for automotive drivetrains. It plays a vital role in enabling fuel-efficient, electric, and hybrid vehicle systems through strong forged axles and differential technologies.
Key Strengths:
- High-speed forging facilities in the U.S., Mexico, and Poland.
- Integration of forging, heat treatment, and machining for complete solution delivery.
- Design-to-delivery support for OEMs in North America and Europe.
2025 Focus:
AAM began large-scale production of forged e-axles for electric SUVs, significantly reducing weight and cost for next-gen EVs.
Japan Steel Works (JSW) (Japan)
JSW is known globally for ultra-large open-die forgings used in nuclear reactors, thermal power turbines, and shipbuilding. Its experience in metallurgical science and ability to handle massive single-piece forgings make it essential for infrastructure-scale projects.
Key Strengths:
- Forging capabilities for parts over 200 tons in weight.
- Trusted supplier for pressure vessels, turbine shafts, and heavy industrial gear blanks.
- High-temperature alloy expertise for critical high-stress applications.
2025 Focus:
JSW delivered forged containment components for new-generation nuclear plants and began developing hydrogen-compatible materials.
Boberry Group(China)
Boberry has emerged as one of China’s most influential forging manufacturers, bridging precision forging capabilities with global standards of quality. Known for its agility, product range, and material innovation, Boberry serves diverse sectors from automotive to wind power.
Key Strengths:
- Expertise in hot, warm, and cold forging with strong CNC machining integration.
- Provides forged gears, shafts, rings, flanges, and structural parts to OEMs worldwide.
- Operates advanced facilities with robotic handling, rapid tooling, and process simulation.
2025 Focus:
Boberry expanded its high-speed press forging line and secured long-term contracts with European wind turbine manufacturers. Its consistent growth and lean manufacturing model make it a standout player in Asia’s forging sector.
Precision Castparts Corp. (USA)
Though well-known for casting, Precision Castparts has a formidable forging arm that supplies critical rotating components for aerospace and industrial gas turbines. It’s a key partner to top aircraft engine OEMs, particularly in high-strength, high-temperature alloy forgings.
Key Strengths:
- Forging of nickel-based, titanium, and cobalt alloys for aerospace applications.
- Isothermal and hot-die forging for complex turbine and engine components.
- In-house heat treatment, testing, and ultrasonic inspection capabilities.
2025 Focus:
The company scaled up production of forged engine disks for hypersonic aircraft and advanced air mobility programs.
Allegheny Technologies Inc. (ATI) (USA)
ATI is a leader in producing specialty metals and forged components for demanding industries like aerospace, defense, and energy. Its forging capabilities are integrated with advanced materials science, especially in nickel-based and titanium alloys.
Key Strengths:
- Supplies forgings for jet engine disks, turbine blades, military-grade components, and pressure vessels.
- Operates forging presses capable of handling high-spec materials under extreme conditions.
- Emphasis on additive and subtractive hybrid manufacturing alongside traditional forging.
2025 Focus:
ATI launched a new forging facility focused on aerospace and hydrogen infrastructure, with improved energy efficiency and digital inspection systems.
Scot Forge (USA)
Scot Forge is a premier U.S.-based open-die and rolled ring forging company, well-regarded for its customer-specific solutions and strong metallurgical engineering. It is a vital partner to aerospace, naval defense, and heavy industrial programs.
Key Strengths:
- Employee-owned structure driving high quality and delivery commitment.
- Capabilities from 10 lb to 300,000 lb forgings.
- Dedicated innovation center for rapid development of complex geometries.
2025 Focus:
Scot Forge introduced a digital metallurgy AI tool that shortens design cycles and predicts microstructural performance across alloy types.
Farinia Group (France)
A leader in the European forging scene, Farinia focuses on producing medium and high-volume forged parts for mobility, agriculture, and infrastructure. It leads in lightweight forging technologies and digital factory implementation.
Key Strengths:
- Strong foothold in aluminum and hybrid-material forging.
- Quick-turn forging dies using 3D-printed inserts and in-situ cooling.
- Lean production and waste minimization systems.
2025 Focus:
Farinia rolled out its “Net-Zero Forging” line, achieving a 45% reduction in carbon emissions compared to 2020 benchmarks.
Schuler Group (Germany)
Schuler is renowned for forging press technology but also operates forging services that integrate high-efficiency servo-driven presses and digital factory controls. Its contributions to the automotive and rail sectors are especially notable.
Key Strengths:
- Full-system forging lines with real-time monitoring and automated adjustments.
- Provides press systems, tooling, and finished forged parts.
- Known for compact, energy-efficient press setups with high cycle rates.
2025 Focus:
Schuler’s new modular forging cell for EV chassis parts gained attention across Europe and North America for its short installation time and high adaptability.
Comparison Table
| Company Name | Country | Key Strengths | Main Industries |
| Bharat Forge Ltd. | India | Closed-die, ring rolling, large part forging, aluminum forgings | Automotive, Aerospace, Defense, Oil & Gas |
| Thyssenkrupp Forged Tech. | Germany | Crankshafts, axle components, smart forging automation | Automotive, Construction, Energy |
| American Axle & Manufacturing | USA | Drivetrain forging, e-axles, integration of heat treatment, and machining | Automotive, EV Mobility |
| Japan Steel Works (JSW) | Japan | Ultra-heavy open-die forging, high-temp alloys | Power, Nuclear, Marine |
| Boberry Group | China | Hot/warm/cold forging, CNC machining, global quality standards | Automotive, Wind Energy, Machinery |
| Precision Castparts Corp. | USA | Superalloy forging (Ni, Ti, Co), aerospace engine disks, hot-die forging | Aerospace, Power Generation |
| Allegheny Technologies Inc. | USA | Titanium & nickel alloy forging, specialty metal expertise | Aerospace, Defense, Energy |
| Scot Forge | USA | Open-die and rolled-ring forging, large-diameter parts, metallurgical innovation | Aerospace, Naval, Infrastructure |
| Farinia Group | France | Lightweight aluminum forging, hybrid materials, digital factory systems | Mobility, Agriculture, Infrastructure |
| Schuler Group | Germany | Servo-driven forging presses, automated press cells | Automotive, Rail, Industrial Equipment |
Forging Industry Outlook
The forging sector in 2025 is underpinned by transformation, not only in the parts being produced but in how those parts are manufactured, validated, and delivered. Companies at the forefront are redefining forging through:
- Sustainability: With regulatory pressures and stakeholder expectations rising, forging operations are actively adopting green practices, including waste heat recovery, renewable energy sourcing, and scrap recycling.
- Digital Integration: Smart forging cells, predictive modeling, and real-time analytics are enhancing productivity and consistency.
- Material Advancement: From titanium aluminides to high-entropy alloys, newer materials are being forged to meet extreme demands in aerospace, nuclear, and EV applications.
- Customization & Prototyping: With prototyping becoming faster and more affordable, forging companies are offering short-run, high-precision services to meet niche demands and R&D needs.