# India Press Automation Market

> India Press Automation Market Size, Share and Research Report By Application (Stamping and Forming, Deep Drawing, Blanking and Trimming, Assembly Integration, Quality Inspection and End of Line, and Others) – Industry Forecast Till 2035

- **Forecast Period:** 2026-2035
- **CAGR:** 10.60%
- **2025:** USD 283.24 Million
- **2035:** USD 766.53 Million
- **Key Players:** Karpowership, Mitsui O.S.K. Lines (MOL), Power Barge Corporation, Chiyoda Corporation, HD Hyundai Heavy Industries, Wison Group (Wison New Energies), Samsung Heavy Industries, Hanwha Group

**Report ID:** MRFR/SEM/66609-CR · **Pages:** 256 · **Author:** Aarti Dhapte & Ankit Gupta · **Last Updated:** October 14, 2026

**URL:** https://www.marketresearchfuture.com/reports/india-press-automation-market-68409

---

## Market Summary

## India Press Automation Market Summary

The India Press Automation market was valued at USD 283.24 Million in 2025. It is projected to reach USD 310.15 Million in 2026, the first year of the forecast period, and USD 766.53 Million by 2035. This represents a CAGR of 10.60% over 2026–2035; the underlying ME model computes 10.58%. Growth accelerates sharply from the historical pace. Between 2019 and 2025 the market expanded at roughly 4.95% annually, including a 7.40% contraction in 2020. Three structural forces drive the faster forecast-period growth. First, sustained investment in automotive, EV and auto-component manufacturing. Second, accelerating adoption of Industry 4.0, robotics and smart-factory technologies in metal forming. Third, policy support through Make in India and the Production Linked Incentive (PLI) schemes for automobiles, auto components and advanced chemistry cell batteries [1][2][3].

The market's technology mix is moving from mechanically linked transfer systems towards flexible, robot-centric press lines. Transfer Automation Systems remain the anchor segment at USD 126.69 Million in 2025, a 44.73% share. Robotic Press Tending and Robotic Automation is the fastest-growing system category, at a 12.79% CAGR. It expands from USD 29.47 Million to USD 97.21 Million by 2035. Retrofit and Upgrade activity is growing at 13.11%, against 9.23% for new installations. This indicates that a large share of incremental spend will go into modernising India's installed base of conventional presses with servo drives, robotic tending and coil-handling automation. On the application side, Quality Inspection and End of Line is the fastest-growing segment (12.23% CAGR). This reflects tighter tolerance and traceability expectations from OEM and export customers [4][5].

Regional and state-level revenue splits are not available in the national ME model. Qualitatively, demand is concentrated in India's established automotive clusters. The western corridor of Pune, Chakan, Nashik and Gujarat (Sanand, Halol) and the southern belt of Chennai, Sriperumbudur, Hosur and Bengaluru account for the bulk of high-tonnage press lines. The northern NCR cluster (Gurugram, Manesar) and Uttarakhand (Pantnagar) form the next tier. Over the forecast period, EV-linked investments and white-goods PLI capacity are expected to widen the geographic base of press automation demand beyond the traditional automotive hubs [1][6].

## Key Report Takeaways

| Segment Dimension | Key Metric | Notes |
| --- | --- | --- |
| Overall Market | USD 283.24 Mn (2025) → USD 766.53 Mn (2035) | CAGR 10.60% (2026–2035); ~2.71x expansion |
| System – Dominant | Transfer Automation Systems: USD 126.69 Mn (44.73%) | Backbone of high-volume automotive stamping |
| System – Fastest | Robotic Press Tending and Robotic Automation: 12.79% CAGR | Rises to USD 97.21 Mn by 2035 |
| Installation Type – Dominant | New Installations: USD 196.01 Mn (69.20%) | Greenfield auto and EV plants |
| Installation Type – Fastest | Retrofit and Upgrade: 13.11% CAGR | Share rises from 30.80% to ~38.80% by 2035 |
| End User – Dominant | Automotive: USD 203.73 Mn (71.93%) | Remains ~70.14% of the market in 2035 |
| End User – Fastest | General Metal Fabrication and Engineering: 11.68% CAGR | USD 29.47 Mn → USD 88.08 Mn |
| Application – Dominant | Stamping and Forming: USD 152.76 Mn (53.93%) | Core body-in-white and structural parts |
| Application – Fastest | Quality Inspection and End of Line: 12.23% CAGR | USD 25.30 Mn → USD 79.46 Mn |
| Application – Second Fastest | Assembly Integration: 11.68% CAGR | Linking press output to downstream assembly |
| Forecast Momentum | YoY growth rises from 9.50% (2026) to 11.50% (2035) | Accelerating adoption curve |

## Market Size and Forecast (2019–2035)

MRFR's market estimates combine bottom-up and top-down modelling. The bottom-up side aggregates installed press-line capacity, automation attachment rates and average system values across end-use industries. The top-down side validates these against capital-goods production, automotive output and machine-tool consumption indicators. The 2019–2024 historical values are calibrated to industry production data. 2025 serves as the base year. Forecasts for 2026–2035 incorporate policy-linked capacity additions, the robotics adoption trajectory and retrofit cycles for the installed press base [7].

## Market Drivers

## Driver Impact Analysis

| Driver | ~% Impact on CAGR | Geographic Relevance | Impact Timeline | Ref |
| --- | --- | --- | --- | --- |
| Rising investments in automotive, EV and auto-component manufacturing | ~28% | West and South India auto clusters; emerging EV hubs | Short to Long-term | [1][3] |
| Adoption of Industry 4.0, robotics and smart-factory technologies | ~22% | Nationwide; strongest at Tier-1 OEM suppliers | Medium-term | [4][9] |
| Make in India and PLI schemes | ~18% | Nationwide; PLI beneficiary locations | Short to Medium-term | [2][10] |
| Demand for productivity, precision and reduced downtime | ~17% | Nationwide | Short to Medium-term | [7] |
| Modernisation and retrofit of conventional press lines | ~15% | Mature clusters (Pune, Chennai, NCR) | Medium to Long-term |   |

### Rising Investments in Automotive, EV and Auto Component Manufacturing

Automotive is the single largest demand pool for press automation in India, worth USD 203.73 Million in 2025 (71.93% of the market). It is forecast to reach USD 537.61 Million by 2035. OEM capacity expansions, new EV platforms and the growth of export-oriented component manufacturing all require high-speed, repeatable stamping lines for body panels, chassis members and structural parts. Manual or semi-automatic press tending cannot economically deliver the required output [1][11].

The EV transition adds a further layer of demand. Battery enclosures, motor laminations and lightweight aluminium or high-strength steel parts impose tighter process windows. These parts favour servo presses with integrated robotic transfer. This is a key reason Stamping and Forming, the dominant application at USD 152.76 Million, continues to grow at 10.38% through 2035 [3].

### Increasing Adoption of Industry 4.0, Robotics and Smart Factory Technologies

Robotic Press Tending and Robotic Automation is the fastest-growing system category, at a 12.79% CAGR. It rises from a 10.40% share in 2025 to roughly 12.68% by 2035. Indian manufacturers are shifting from dedicated mechanical transfer to programmable robotic cells. These cells can be re-tooled quickly for model changes, which is a critical capability as OEMs multiply variants and shorten product cycles [4][9].

Industry 4.0 integration is also changing the value mix within each line. Sensors, vision systems and line-level data platforms explain why Quality Inspection and End of Line (12.23% CAGR) and Assembly Integration (11.68% CAGR) outpace the market average. Government programmes such as SAMARTH Udyog Bharat 4.0 have helped build awareness of these technologies among smaller manufacturers [12].

### Government Initiatives – Make in India and PLI Schemes

The PLI scheme for automobiles and auto components links incentives to incremental sales of advanced automotive technology products. The ACC battery PLI and white-goods PLI extend similar support to adjacent segments. Together, these schemes create a policy-driven pipeline of greenfield capacity, which underpins the New Installations segment (USD 196.01 Million in 2025, 69.20% share) [2][10].

Make in India also encourages localisation of capital equipment, including press-line automation. Over the forecast period, this supports domestic system integrators and lowers the effective cost of automation for mid-sized manufacturers [13].

### Growing Demand for Higher Productivity, Precision and Reduced Downtime

OEM quality expectations, export-market compliance and rising labour costs in industrial clusters push manufacturers towards automated loading, transfer and unloading. Blank Loading (USD 21.14 Million) and Destacking (USD 19.11 Million) systems directly reduce changeover and idle time. End of Line Automation (USD 26.03 Million, 11.68% CAGR) cuts post-press handling errors and damage [7].

### Rising Modernization and Retrofit of Conventional Press Lines

India has a large installed base of mechanical presses that are still structurally sound but have limited automation. Retrofit and Upgrade is the fastest-growing installation type at 13.11% CAGR. It expands from USD 87.23 Million to USD 297.41 Million by 2035, which is about 43% of the market's total incremental value. Robotic tending, coil handling and servo upgrades let manufacturers capture productivity gains without the cost of full line replacement.

## Restraints

## Restraints Impact Analysis

| Restraint | ~% Drag on CAGR | Geographic Relevance | Impact Timeline | Ref |
| --- | --- | --- | --- | --- |
| High capital investment for automated press lines | ~30% | Nationwide; acute for SMEs | Short to Medium-term | [7][14] |
| Limited skilled workforce for installation, programming and maintenance | ~22% | Tier-2/Tier-3 industrial locations | Medium-term | [15] |
| Dependence on imported automation, servo and control components | ~20% | Nationwide | Short to Medium-term | [13] |
| High maintenance costs and downtime of complex systems | ~13% | Nationwide | Short-term |   |
| Slow adoption among SMEs due to budget constraints | ~15% | MSME clusters nationwide | Medium to Long-term | [14] |

Note: Percentages indicate relative weighting of the total restraining effect, not absolute CAGR points.

### High Capital Investment Required

Full Complete Tandem Line Automation (USD 21.74 Million in 2025) and large transfer systems involve multi-crore investments with long payback periods. Many suppliers working on thin OEM margins struggle to justify them. This keeps penetration of fully automated lines concentrated among large OEMs and Tier-1 suppliers [7].

### Limited Availability of Skilled Workforce

Robot programming, servo-press parameter tuning and PLC/HMI troubleshooting require specialised skills that remain scarce outside major industrial hubs. Gaps in commissioning and after-sales capability can lengthen ramp-up times and reduce realised productivity. Skilling programmes under the National Skill Development Corporation have only partly closed this gap [15].

### Dependence on Imported Automation Equipment and Components

A significant share of servo motors, drives, controllers and robots is still imported. This exposes project costs and lead times to currency movements and global supply disruptions. Localisation initiatives are expected to ease this restraint gradually rather than remove it within the forecast window [13].

### High Maintenance Costs and Production Downtime

Highly integrated lines have more potential points of failure. Unplanned stoppages on a tandem or transfer line can halt an entire production stream. Without predictive maintenance capability, the total cost of ownership can deter repeat investment.

### Slow Automation Adoption Among SMEs

India's metal-forming base includes many small and mid-sized job shops for which full automation is unaffordable. Tailored financing and modular automation offerings are needed to unlock this segment. Its slow uptake tempers growth in General Metal Fabrication and Engineering, although that segment still grows at 11.68% [14].

## Opportunities

## India Press Automation Market Opportunities

### Collaborative Robots (Cobots) and AI-Enabled Robotic Press Tending

Robotic Press Tending and Robotic Automation is projected to add USD 67.74 Million in value between 2025 and 2035, reaching USD 97.21 Million. Cobots lower the entry barrier for small presses and mixed-model lines because they require less guarding and simpler programming [4][9].

AI-based vision for part recognition, defect detection and adaptive gripping further widens the range of parts that can be automated. This is particularly relevant for the General Metal Fabrication and Engineering segment, where batch sizes are smaller, and part variety is higher.

### Predictive Maintenance, IIoT and Digital Twin Technologies

Predictive maintenance directly addresses the downtime and maintenance-cost restraints. Condition monitoring of press drives, transfer axes and die sets can reduce unplanned stoppages. Digital twins allow line simulation before commissioning and support faster changeovers [12].

These capabilities are naturally bundled with retrofit projects. Retrofit and Upgrade grows to USD 297.41 Million by 2035, making it the most attractive entry point for software-led service models.

### Localized Press Automation Under Make in India

Rising localisation creates room for domestic system integrators and component makers to supply transfer, destacking, blank loading and coil-handling systems. Together, these categories were worth USD 187.77 Million in 2025. Local engineering can reduce costs and lead times while improving service responsiveness in Tier-2 industrial centres [13].

### EV Battery Enclosure, Motor Lamination and Lightweight Components

EV components require high-precision blanking, deep drawing and progressive stamping. Blanking and Trimming (USD 31.56 Million → USD 81.25 Million) and Deep Drawing (USD 26.18 Million → USD 66.72 Million) will both benefit from this demand. Lamination stamping for traction motors is a particularly high-speed, high-precision niche suited to dedicated automation [3].

### Energy-Efficient Servo Press Automation and Sustainable Manufacturing

Servo-driven presses and automation reduce energy consumption compared with conventional flywheel presses. They also improve formability for advanced high-strength steels and aluminium. Energy-efficiency commitments and OEM supplier sustainability requirements are expected to accelerate servo upgrades, especially within retrofit programmes [16].

## Future Outlook

## India Press Automation Market Future Outlook

### Technology Evolution Trajectory

The press automation stack in India is expected to move from mechanical transfer towards servo-driven, robot-integrated and software-defined lines. Transfer Automation Systems remain the largest category at USD 334.57 Million in 2035, but their share eases from 44.73% to about 43.65%. Robotic tending and end-of-line automation gain share over the same period. Vision-based inspection, adaptive control and AI-assisted die-change planning are likely to become standard specifications for new automotive lines by the early 2030s [4].

### Competitive Dynamics and Market Structure

Competition is expected to shift from hardware supply towards turnkey line integration and lifecycle services. Global robot and press-automation OEMs, domestic integrators and machine-tool builders will compete on localisation, commissioning speed and service coverage. Retrofit and Upgrade reaching 38.80% of the market by 2035 should benefit vendors with strong installed-base service models.

### Digital, Regulatory and Sustainability Shifts

IIoT connectivity and data-driven maintenance will become core purchase criteria rather than add-on features. Energy efficiency, supported by Bureau of Energy Efficiency programmes and OEM decarbonisation targets, will favour servo presses and regenerative drives. Continued PLI and localisation policy will reward suppliers that can demonstrate domestic value addition [10][16].

### Long-Range Demand Scenario

The model projects the market growing about 2.71x between 2025 and 2035, with annual growth accelerating from 9.50% in 2026 to 11.50% in 2035. Upside could come from faster EV adoption and deeper SME automation. A downside scenario would involve slower automotive volume growth or prolonged import-component cost inflation. Even in that case, retrofit demand provides a resilient floor because manufacturers will continue to modernise existing lines [1].

## Segment Insights

## India Press Automation Market Segmentation

| Dimension | Sub-Segments | Dominant Segment | Fastest Growing Segment |
| --- | --- | --- | --- |
| By System | Transfer Automation Systems; Destacking Systems; Blank Loading Systems; Coil Handling Systems; Robotic Press Tending and Robotic Automation; End of Line Automation; Complete Tandem Line Automation; Others | Transfer Automation Systems (44.73%) | Robotic Press Tending and Robotic Automation (12.79%) |
| By Installation Type | New Installations; Retrofit and Upgrade | New Installations (69.20%) | Retrofit and Upgrade (13.11%) |
| By End User | Automotive; White Goods or Consumer Durables; General Metal Fabrication and Engineering; Others | Automotive (71.93%) | General Metal Fabrication and Engineering (11.68%) |
| By Application | Stamping and Forming; Deep Drawing; Blanking and Trimming; Assembly Integration; Quality Inspection and End of Line; Others | Stamping and Forming (53.93%) | Quality Inspection and End of Line (12.23%) |

### By System

| Segment | Key Metric | Primary Demand Driver |
| --- | --- | --- |
| Transfer Automation Systems | USD 126.69 Mn (2025) → USD 334.57 Mn (2035); 44.73%; CAGR 10.30% | High-volume automotive body and structural stamping |
| Destacking Systems | USD 19.11 Mn → USD 47.72 Mn; 6.75%; CAGR 9.70% | Automated blank feeding at line entry |
| Blank Loading Systems | USD 21.14 Mn → USD 54.41 Mn; 7.46%; CAGR 10.02% | Cycle-time reduction and consistent loading |
| Coil Handling Systems | USD 20.83 Mn → USD 53.09 Mn; 7.35%; CAGR 9.91% | Coil-fed progressive and blanking lines |
| Robotic Press Tending and Robotic Automation | USD 29.47 Mn → USD 97.21 Mn; 10.40%; CAGR 12.79% | Flexibility, cobots, retrofit of manual presses |
| End of Line Automation | USD 26.03 Mn → USD 77.82 Mn; 9.19%; CAGR 11.68% | Part handling, stacking and damage reduction |
| Complete Tandem Line Automation | USD 21.74 Mn → USD 57.10 Mn; 7.68%; CAGR 10.24% | Large OEM outer-panel lines |
| Others | USD 18.23 Mn → USD 44.61 Mn; 6.44%; CAGR 9.47% | Ancillary and specialised automation |

Transfer automation remains the backbone of Indian press lines because of its throughput advantage in high-volume automotive stamping. Robotic Press Tending adds the most growth momentum. Its flexibility suits mixed-model production and retrofits, and it is the only system category with a CAGR above 12%. End of Line Automation is the second-fastest category, reflecting the growing focus on downstream handling and part quality.

### By Installation Type

| Segment | Key Metric | Primary Demand Driver |
| --- | --- | --- |
| New Installations | USD 196.01 Mn (2025) → USD 469.12 Mn (2035); 69.20%; CAGR 9.23% | Greenfield OEM, EV and PLI-linked capacity |
| Retrofit and Upgrade | USD 87.23 Mn → USD 297.41 Mn; 30.80%; CAGR 13.11% | Modernisation of the installed mechanical-press base |

New installations still account for the majority of spend. However, Retrofit and Upgrade grows almost four percentage points faster and raises its share to about 38.80% by 2035. This shows that Indian manufacturers increasingly favour capital-efficient upgrades, such as servo conversion, robotic tending and coil-line automation, over full line replacement.

### By End User

| Segment | Key Metric | Primary Demand Driver |
| --- | --- | --- |
| Automotive | USD 203.73 Mn (2025) → USD 537.61 Mn (2035); 71.93%; CAGR 10.30% | OEM and Tier-1 capacity, EV platforms |
| White Goods or Consumer Durables | USD 27.27 Mn → USD 76.05 Mn; 9.63%; CAGR 10.91% | PLI for ACs/components, appliance panel stamping |
| General Metal Fabrication and Engineering | USD 29.47 Mn → USD 88.08 Mn; 10.40%; CAGR 11.68% | Diversified industrial demand, SME automation |
| Others | USD 22.77 Mn → USD 64.78 Mn; 8.04%; CAGR 11.13% | Electrical, agricultural equipment, defence fabrication |

Automotive dominates and still holds about 70.14% of the market in 2035. Non-automotive segments grow faster and gradually diversify the customer base. General Metal Fabrication and Engineering benefits most from lower-cost robotic and cobot solutions that make automation viable at smaller batch sizes.

### By Application

| Segment | Key Metric | Primary Demand Driver |
| --- | --- | --- |
| Stamping and Forming | USD 152.76 Mn (2025) → USD 406.42 Mn (2035); 53.93%; CAGR 10.38% | Body-in-white and structural components |
| Deep Drawing | USD 26.18 Mn → USD 66.72 Mn; 9.24%; CAGR 9.91% | Tanks, housings, battery cans |
| Blanking and Trimming | USD 31.56 Mn → USD 81.25 Mn; 11.14%; CAGR 10.02% | Blank preparation, motor laminations |
| Assembly Integration | USD 30.61 Mn → USD 91.51 Mn; 10.81%; CAGR 11.68% | Linking press output to welding and assembly |
| Quality Inspection and End of Line | USD 25.30 Mn → USD 79.46 Mn; 8.93%; CAGR 12.23% | Vision inspection, traceability, OEM quality norms |
| Others | USD 16.82 Mn → USD 41.18 Mn; 5.94%; CAGR 9.47% | Specialised forming operations |

Stamping and Forming retains just over half the market through 2035. Quality Inspection and End of Line and Assembly Integration are the growth leaders, which shows value moving towards integrated, data-rich press cells. Quality inspection's share rises from 8.93% to about 10.37% by 2035.

## Regional Market Share Analysis

## Regional Market Share Analysis

| Region | 2025 Market (USD Mn) | CAGR (2026–2035) | Primary Investment Themes |
| --- | --- | --- | --- |
| West India | Not split in ME model | Not split in ME model | Auto OEM hubs, EV two-wheelers, white goods |
| South India | Not split in ME model | Not split in ME model | Passenger-vehicle OEMs, EV and component exports |
| North India | Not split in ME model | Not split in ME model | Two-wheeler and passenger-vehicle OEMs, auto components |
| East India | Not split in ME model | Not split in ME model | Commercial vehicles, steel-linked fabrication |
| Central India | Not split in ME model | Not split in ME model | Emerging auto-component and engineering clusters |
| Total (India) | 283.24 | 10.58% (model) / 10.60% | National total |

The ME model supplied for this study is national-level. It does not include region- or state-level revenue splits, so no regional values or CAGRs are reported below. The analysis that follows is qualitative and based on India's established manufacturing clusters.

### West India

| State/Cluster | Key Metric | Key Driver |
| --- | --- | --- |
| Maharashtra (Pune–Chakan, Aurangabad, Nashik) | Leading automotive and component cluster | OEM stamping plants, Tier-1 supplier base |
| Gujarat (Sanand, Halol, Becharaji) | Major greenfield auto hub | New OEM capacity and EV investments |

West India combines legacy press capacity with new greenfield investment. This makes it a strong market for both retrofit programmes in the established Pune ecosystem and new installations in Gujarat's newer automotive belt. Its dense supplier network also supports early cobot and robotic tending adoption [11][17].

### South India

| State/Cluster | Key Metric | Key Driver |
| --- | --- | --- |
| Tamil Nadu (Chennai, Sriperumbudur, Hosur) | Major passenger-vehicle and export hub | Export-oriented OEMs, EV two-wheeler capacity |
| Karnataka (Bengaluru, Bidadi) | Auto and engineering cluster | OEM plants, aerospace and precision engineering |
| Telangana / Andhra Pradesh | Emerging EV and auto hubs | State EV policies, new OEM plants |

South India's export-oriented automotive base imposes strict quality and traceability requirements. This favours Quality Inspection and End-of-Line automation. State EV policies are drawing new two-wheeler and battery investment, which will add demand for blanking and lamination stamping [6][18].

### North India

| State/Cluster | Key Metric | Key Driver |
| --- | --- | --- |
| Haryana (Gurugram, Manesar, Bawal) | Major passenger-vehicle and two-wheeler cluster | High-volume OEM stamping |
| Uttarakhand (Pantnagar) | Two-wheeler and commercial-vehicle hub | Tax-incentive-era plants due for modernisation |
| Uttar Pradesh (Noida) | Consumer durables and components | White-goods PLI capacity |

North India's high-volume two-wheeler and passenger-vehicle production supports large transfer and tandem lines. Ageing plants in the region are prime retrofit candidates. The consumer-durables cluster in Uttar Pradesh adds demand from the White Goods or Consumer Durables segment [19].

### East India

| State/Cluster | Key Metric | Key Driver |
| --- | --- | --- |
| Jharkhand (Jamshedpur) | Commercial-vehicle and steel cluster | Heavy stamping for CV chassis and cabs |
| West Bengal / Odisha | Engineering and steel-linked fabrication | General metal fabrication demand |

East India's demand is anchored by commercial-vehicle production and steel-adjacent fabrication. It aligns with the General Metal Fabrication and Engineering segment and with heavy-tonnage press tending applications [7].

### Central India

| State/Cluster | Key Metric | Key Driver |
| --- | --- | --- |
| Madhya Pradesh (Pithampur, Indore) | Auto-component and commercial-vehicle cluster | Supplier capacity expansion |
| Rajasthan (Neemrana, Bhiwadi) | Auto-component and engineering hub | NCR-adjacent supplier base |

Central India is a smaller but growing contributor. Cost-competitive land and labour attract component suppliers, who are likely to start with modular automation such as robotic tending and end-of-line handling rather than complete line automation [17].

## Competitive Benchmarking

## Competitive Benchmarking

The company list and market shares supplied in the Details file indicate a highly concentrated structure. The leading player is shown with 65.1%, the top three companies together hold 75.3%, and the residual 24.7% is spread across other participants. Based on these figures, the Herfindahl–Hirschman Index would exceed roughly 4,300, which would indicate a highly concentrated market. Analyst caution: the listed companies are primarily floating power, LNG and shipbuilding firms, so these shares should be validated against the press automation vendor universe before publication (see Review Note).

| Company | Est. Revenue Share | Key Offerings | Strategic Positioning |
| --- | --- | --- | --- |
| Karpowership | 65.1% | Floating power plants (Powerships) | Share as supplied; core business is marine power generation |
| Mitsui O.S.K. Lines (MOL) | 8.1% | Shipping, FSRU chartering | Share as supplied; marine transport and energy infrastructure |
| Power Barge Corporation | 2.1% | Barge-mounted power plants | Share as supplied; floating power solutions |
| Chiyoda Corporation | Included in Others | EPC for energy and chemical plants | Engineering contractor; limited press automation exposure |
| HD Hyundai Heavy Industries | Included in Others | Shipbuilding, FSRUs, LNG carriers; group robotics affiliate | Heavy fabrication user of large-scale forming and automation |
| Wison Group (Wison New Energies) | Included in Others | Floating LNG and offshore modules | Modular fabrication for energy projects |
| Samsung Heavy Industries | Included in Others | Shipbuilding, FLNG vessels | Heavy fabrication and automated yard operations |
| Hanwha Group | Included in Others | Shipbuilding, defence; Hanwha Robotics cobots | Cobot portfolio relevant to press tending |
| Seatrium | Included in Others | Offshore and marine engineering | Fabrication yards; indirect automation demand |
| Kawasaki Heavy Industries | Included in Others | Industrial robots (incl. press-handling robots), shipbuilding | Most directly relevant to robotic press tending |
| Other Market Players | 24.7% (residual, incl. above) | Press automation systems, robots, integration | Fragmented base of global and domestic suppliers |

## Recent News & Developments

## Recent News & Developments

### Karpowership (2026)

In July 2026, Karpowership launched its Sea Lion class of floating power plants. It began construction of four 300 MW Powerships in South Korea, with phased deliveries scheduled between January and May 2028. The development points to sustained demand for heavy steel fabrication at Korean yards but has no direct bearing on India's press automation market [20].

Mitsui O.S.K. Lines (2026)

In July 2026, Poland's Gaz-System named its new FSRU "Solidarity" for the floating LNG terminal in the Gulf of Gdansk. The unit was built in South Korea and is chartered from MOL, with operations expected from 2028 to strengthen regional energy security and supply diversification. The development is relevant to energy infrastructure rather than metal-forming automation in India .

### Samsung Heavy Industries (2026)

In June 2026, Samsung Heavy Industries launched the hull for Cedar LNG's Megugu FLNG vessel, a project valued at approximately 4 billion (as reported). The 3.3 mtpa unit for the Haisla Nation and Pembina Pipeline project in Kitimat, Canada has moved into topside integration ahead of a planned 2028 delivery. The project illustrates large-scale automated fabrication capability, but it is outside the India press automation scope .

### HD Hyundai Heavy Industries (2026)

In early July 2026, HD Hyundai Heavy Industries secured contracts worth approximately 574 million (as reported) for one FSRU and one LNG carrier. The orders further expand its LNG and floating infrastructure portfolio. As with the other developments, the significance lies in marine and energy markets rather than India's press automation demand [23].

## Report Scope

| Parameter | Detail |
| --- | --- |
| Market Scope | India Press Automation – systems, installation types, end users and applications |
| Study Period | 2019–2035 |
| CAGR Window | 2026–2035 |
| Base Year | 2025 |
| Market Size (2025) | USD 283.24 Million |
| Market Size (2035) | USD 766.53 Million |
| CAGR | 10.60% (headline); 10.58% (ME model) |
| Fastest Growing Region | Not quantified (national-level model) |
| Dominant Region | Not quantified (national-level model) |
| Fastest Growing Segment – System | Robotic Press Tending and Robotic Automation (12.79%) |
| Fastest Growing Segment – Installation Type | Retrofit and Upgrade (13.11%) |
| Fastest Growing Segment – End User | General Metal Fabrication and Engineering (11.68%) |
| Fastest Growing Segment – Application | Quality Inspection and End of Line (12.23%) |
| Companies Profiled | Chiyoda Corporation; Karpowership; Power Barge Corporation; Mitsui O.S.K. Lines (MOL); HD Hyundai Heavy Industries; Wison Group (Wison New Energies); Samsung Heavy Industries; Hanwha Group; Seatrium; Kawasaki Heavy Industries |
| Valuation Currency | USD Million |
| Segments Covered | By System; By Installation Type; By End User; By Application |
| Methodology | Bottom-up and top-down modelling; secondary research; primary validation |

## Frequently Asked Questions

**Q: How large is the India Press Automation market, and how fast will it grow?**
A: The market was valued at USD 283.24 Million in 2025 and is projected to reach USD 766.53 Million by 2035. This corresponds to a 10.60% CAGR over 2026–2035 (10.58% in the ME model). Annual growth accelerates from 9.50% in 2026 to 11.50% in 2035.

**Q: Which system category offers the strongest growth?**
A: Robotic Press Tending and Robotic Automation grows fastest at a 12.79% CAGR, from USD 29.47 Million to USD 97.21 Million. Its flexibility for mixed-model lines and its suitability for retrofits make it the key growth engine. Transfer Automation Systems remain the largest category at USD 126.69 Million in 2025.

**Q: Should investors focus on new installations or retrofits?**
A: New installations hold 69.20% of the market today. Retrofit and Upgrade, however, grows faster at 13.11% CAGR and reaches USD 297.41 Million by 2035, roughly 38.80% of the market. Retrofit offers recurring, service-rich opportunities linked to India's large installed base of conventional presses.

**Q: How dependent is the market on the automotive sector?**
A: Automotive accounted for USD 203.73 Million in 2025 (71.93% of the market) and still represents about 70% in 2035. EV programmes, PLI-linked capacity and component exports sustain this demand. Non-automotive segments such as General Metal Fabrication (11.68% CAGR) are diversifying the customer base.

**Q: What are the main barriers to adoption?**
A: The key restraints are high capital investment, a shortage of skilled automation technicians, dependence on imported servo and control components, and slow SME uptake. Modular cobot solutions, predictive maintenance and localisation under Make in India are expected to ease these barriers over the forecast period.

**Q: Which applications are gaining importance within press lines?**
A: Quality Inspection and End of Line (12.23% CAGR) and Assembly Integration (11.68% CAGR) are the fastest-growing applications. They reflect OEM demand for traceability, zero-defect output and tighter integration with downstream assembly. Stamping and Forming remains the core application, with USD 152.76 Million in 2025.

**Q: Where in India is demand concentrated?**
A: The ME model does not provide regional splits. Qualitatively, demand centres on the automotive clusters of Maharashtra and Gujarat in the west, Tamil Nadu and Karnataka in the south, and Haryana and Uttarakhand in the north. Emerging EV investments in states with dedicated EV policies are expected to widen the geographic base.


---

*This Markdown endpoint is provided for AI systems and LLM crawlers. For the full interactive report visit https://www.marketresearchfuture.com/reports/india-press-automation-market-68409*