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

India Metal Forming Equipment Market Trends and Insights

Automotive and EV Platform Localization

EV localization is increasing demand for high-tonnage presses, servo transfer lines, and aluminum forming cells in the India metal forming equipment market. The PLI-Auto scheme has attracted USD 4.24 billion in cumulative investment through September 2025. The program had also generated 48,974 direct jobs by that point.^{[2]Press Information Bureau, “PLI Auto Scheme Investment, Employment and Domestic Value Addition Certificates,” Press Information Bureau, pib.gov.in} Its 50% domestic value addition requirement encourages OEMs and tier-I suppliers to expand domestic forming capability. The FY2026-27 Union Budget increased the PLI-Auto allocation by 111% year over year to USD 707 million. This need for flexible blank handling favors lines that can process steel grades and aluminum on the same production line.

Bharat NCAP Adoption of Hot-Stamped Structures

Bharat NCAP has increased the importance of hot stamping for vehicle body structures. Hot-stamped content in Indian-made passenger vehicles reached 60 kg, compared with 10 kg 6 years earlier. The material is being used in B-pillars and door intrusion beams, including in B-segment cars. Hot stamping represented 15% of the average body-in-white structure. AM/NS India commissioned a continuous galvanizing line for high-strength automotive steel in 2025. The India metal forming equipment market, therefore, has demand for servo-controlled hot-stamping presses, quenching dies, and transfer automation.

CNC and Servo Automation Investment

CNC and servo investment is increasing at press shops and captive OEM stamping facilities. Jyoti CNC Automation received approval for a USD 121.5 million capital investment over 5 years. The project includes capacity expansion and a backward-integrated CNC controller manufacturing facility. The FY2026-27 Union Budget proposed 2 CPSE-operated Hi-Tech Tool Rooms for precise component design, testing, and manufacturing. Ball screws, linear guideways, and CNC controllers remain dependent on imports. This leaves scope for retrofit kits and remote diagnostics for legacy press controllers within the India metal forming equipment market.

Import Substitution and China Plus One Sourcing

Supply chain diversification is supporting India as a sourcing base for precision forgings and press-formed assemblies. China accounted for 45.2% of India’s industrial machinery imports in FY2024-25. This dependence creates a case for domestic equipment investment and local component production. Engineering exports reached USD 122.43 billion in FY2025-26, which marked a third consecutive annual record. Engineering exports then grew 18% year over year to USD 34.14 billion in Q1 FY2026-27. These export requirements support demand for reliable forming lines and closer process control.

High Capital Cost and Extended Payback

Capital access limits modernization among many micro and small press shops. Servo and hot-stamping lines can cost more than USD 2 million. These systems remain difficult for SMEs to purchase under constrained credit terms. The Credit Linked Capital Subsidy Scheme provides a 15% upfront subsidy on institutional finance of up to USD 119,000. The maximum subsidy ceiling is USD 17,900, which does not cover the cost of servo presses or multi-station transfer lines.^{[3]Press Information Bureau, “National Capital Goods Policy and Phase II Scheme for Enhancement of Competitiveness,” Press Information Bureau, pib.gov.in} Press guarding requirements and certification costs add to the payback burden for smaller buyers.

Skilled Tool and Die Labor Shortage

The toolroom workforce remains below the level needed for manufacturing expansion. CNC operators, turners, grinders, and tool-and-die machinists were identified as shortage occupations in automotive and capital goods manufacturing.^{[4]National Council of Applied Economic Research, “National Skill Gap Study for High Growth Sectors,” NCAER, ncaer.org} New toolmakers often require 6 to 9 months of plant training before they can handle high-precision dies. This slows the ramp-up of new equipment lines. The Ministry of Skill Development proposed USD 119 million to upgrade 5 National Skills Training Institutes into National Centers of Excellence. The labor constraint remains more visible outside established industrial zones in the India metal forming equipment market.

*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: Servo Presses Support Higher-Value Production

Press machines held 39.5% of the India metal forming equipment market share in 2025. This category remains central to automotive body production and general engineering work in the India metal forming equipment market. Servo presses are forecast to grow at an 8.2% CAGR through 2031. They allow variable stroke velocities for advanced high-strength steel blanks. This capability matters for vehicle structures that need greater strength and consistent dimensional control. Mechanical presses remain important by unit count in northern and central India. SME fabricators use them for agricultural equipment and general engineering work. Their lower cost suits applications where servo payback remains difficult. Hydraulic presses retain a role in structural fabrication, extrusion, and deep drawing. These applications require steady force and support demand across industrial machinery and energy projects.

Press brakes and bending machines are the second-largest equipment type. Servo and electric variants are gaining attention because they can reduce energy use by 30% to 50% versus hydraulic models. Forging equipment remains important for automotive, defense, and railway applications. The India metal forming equipment industry needs these systems for parts that require high strength and repeatable quality. Hydroforming equipment is expected to benefit from the greater structural complexity of EV platforms. Roll-forming equipment serves structural steel and pre-engineered building requirements. Wire and tube equipment supports component suppliers that need shaped sections and finished tubular products. Extrusion equipment supports specialized profiles and material-efficient manufacturing. The Construction and Infrastructure Equipment scheme announced in FY2026-27 may support orders for large-tonnage presses and forging lines. Together, these equipment categories widen the addressable demand base beyond vehicle stamping.

By Forming Process: Hydroforming Meets Complex Structural Requirements

Stamping and punching accounted for 27.5% of the India metal forming equipment market share in 2025. The process supports automotive body panels and white goods production. High throughput makes it essential for volume manufacturing programs. Legacy mild-steel lines continue to operate at high utilization for established vehicle models. New vehicle programs are moving toward servo press lines for advanced high-strength steel. Deep drawing holds the second-largest process position. It supports consumer appliances, pressure vessels, and cookware. Bending remains widely used in construction and general fabrication. Forging provides shaped parts for demanding transport and industrial applications. Rolling and roll forming continue to support structural sections and building systems.

Hydroforming is forecast to grow at an 8.5% CAGR from 2026 to 2031. EV platforms use lightweight tubular members that can be made in one hydroforming operation. This can reduce the need for several stampings and welded assemblies in the India metal forming equipment market. The India metal forming equipment market benefits when vehicle architectures use these integrated components. Forging demand is also supported by defense manufacturing. Defense production reached USD 21.2 billion in FY2025-26. Aerospace structures and land-vehicle drive trains need precise forged components. Rolling and roll forming serve the structural steel and pre-engineered building sector. The National Infrastructure Pipeline covered projects valued at USD 2,217.78 billion as of April 2026. This mix links forming-process demand to both transport and infrastructure activity.

By Material Formed: Aluminum Grows While Steel Retains Scale

Carbon and low-alloy steel held 43.5% of the India metal forming equipment market share in 2025. Automotive stamping and infrastructure fabrication underpin this position. General engineering also uses hot-rolled and cold-rolled steel grades in large volumes. Press-shop clusters benefit from the availability of coil supplies. Stainless steel serves consumer appliances, food processing equipment, and chemical vessels. Its use supports demand for controlled forming in corrosion-sensitive applications. Steel remains the principal feedstock for many high-volume fabrication operations. Equipment suppliers must still accommodate increasing grade diversity. This includes high-strength grades for automotive body structures. The continued steel base provides a stable source of demand for presses, bending machines, and rolling systems.

Aluminum and aluminum alloys are forecast to grow at a 7.8% CAGR through 2031. EV lightweighting, aerospace sub-assembly localization, and solar panel framing support this material demand. Aluminum spring-back makes process control more important for equipment buyers. This favors servo presses and warm-forming cells over conventional lines. AM/NS India commissioned its high-strength automotive steel galvanizing line in 2025. The development shows that equipment builders must work with a wider range of advanced materials. Copper and copper alloys serve electrical equipment and heat exchanger applications. Titanium, nickel, and specialty non-ferrous alloys serve aerospace and defense requirements. These smaller-volume materials create a need for more precise forming and tooling capability.

By End-Use Industry: Aerospace And Defense Lead Growth

Automotive and transportation accounted for 34.5% of the India metal forming equipment market size in 2025. India’s passenger vehicle production base was close to 4 million units annually. New EV models require additional stamping tooling and forming capability. OEM lines require repeatable dimensions and in-line inspection. Manual shops cannot provide the same level of process consistency. This shifts capital spending toward servo and transfer press configurations. Consumer appliances are another important source of demand for stamping and deep drawing. Industrial machinery needs formed structural and functional components. Metal products fabrication supports demand from smaller, diversified customers. These uses sustain equipment demand across several manufacturing supply chains.

Aerospace and defense are forecast to grow at an 8.7% CAGR from 2026 to 2031. Defense production reached USD 21.2 billion in FY2025-26 and grew 15.6% year over year. Defense exports reached USD 4.57 billion in the same year. Private-sector firms contributed USD 2.07 billion of that export total. Aerospace and defense programs need aero-grade forging, precise bending, and hydroforming cells. These requirements are tied to strict material and process standards. Construction, infrastructure, and energy remain moderate-growth end-use areas. Renewable installations need formed structural steel and large-diameter pipe products. These end uses support roll-forming and ring-rolling equipment demand.

Geography Analysis

Western India is the largest regional base in the India metal forming equipment market. Maharashtra and Gujarat combine automotive demand with precision engineering capacity. The Pune-Aurangabad-Mumbai corridor has a dense network of OEM captive press shops and tier-I suppliers. Gestamp opened its 5th Indian plant in Gujarat in 2025. The USD 62.3 million investment expanded its footprint to 14 stamping lines, including 5 hot-stamping lines. Gujarat also has clusters in Rajkot, Vadodara, and Ahmedabad that serve hydraulic presses, bending machines, and SME-scale equipment. Western India generated USD 47.5 billion in engineering exports in FY2025-26. This represented 39% of India’s engineering exports and indicates the quality requirements facing regional forming operations.

Southern India is the fastest-growing domestic region for precision metal forming investment. Tamil Nadu, Karnataka, and Telangana are supported by automotive, railway, defense, and aerospace activities. The Titagarh Rail Systems and Ramkrishna Forgings joint venture began commercial forged-wheel production near Chennai in August 2026. The greenfield plant involved USD 238 million in investment. Karnataka’s Tumakuru Machine Tools Park is developing as a capital goods cluster. Jyoti CNC acquired 20 acres there in July 2025 for a high-precision CNC manufacturing base. Bharat Forge also began construction of a USD 178.6 million defense energetics facility in Andhra Pradesh. These investments support demand for large and precise forming equipment.

Northern and eastern India form a third regional production base. Punjab, Haryana, and Uttar Pradesh have many SME mechanical and hydraulic press shops. These facilities serve agricultural equipment, bicycle components, cookware, and general fabrication. The Faridabad-Manesar belt also supports automotive component production. Vardhman Special Steels laid the foundation for a USD 132.9 million precision forging facility in Ludhiana during July 2026. Jharkhand and Odisha add forging and metals capacity in eastern India. Ramkrishna Forgings commissioned an 8,000-tonne hot forging press in Jharkhand in March 2026. The line added 40,000 tons per year of capacity. Bharat Forge’s proposed Odisha project could further expand the region’s forming equipment requirements.