High Speed Automatic Servo Presses Market to Reach USD 11,219 Million by 2031 Top 20 Company Globally

The high-speed automatic servo press industry supplies advanced metalforming equipment that uses servo motors and digital control to deliver precision, programmable slide motion and repeatable force profiles for stamping, forming, assembly, and specialty joining. These presses are positioned between conventional mechanical/hydraulic presses and fully automated stamping cells: they combine high throughput with motion flexibility (variable speed, dwell control, and position-based force control), which makes them especially attractive to automotive suppliers (including EV motor lamination and battery parts), appliance manufacturers, consumer electronics, and electrical component producers. Adoption is driven by demand for higher part accuracy, energy efficiency, lower waste rates, and permitting previously impossible forming strategies (multi-stage forming within a single stroke).
The global high-speed automatic servo presses market size in 2024 is USD 4,567 million with a projected compound annual growth rate of 13.7% through 2031, reaching USD 11,219 million in 2031. Unit economics in 2024 show an average selling price per complete machine of USD 150,000 and total units sold globally of 30,447, which together represent the stated 2024 value. Typical buyers are end-product manufacturers purchasing complete press systems together with controls, die packages, and increasingly with integrated automation and inline quality systems. Cost of goods sold per unit is presented at USD 108,000, representing a factory gross profit per unit of USD 42,000 and a factory gross margin of 28% on selling price. The COGS breakdown is raw materials and steel structures 40%, motion & servo electronics (servo motors, drives, PLC/HMI) 25%, tooling & die components 10%, direct labor 12%, factory overhead (test, calibration, utilities) 8%, and logistics & packaging 5%. A single line full machine production capacity of about 400 units per line per year. Downstream demand by end-market is concentrated in automotive (including EV component suppliers) at approximately 60% of demand, consumer electronics and electrical components at roughly 15%, household appliances at 10%, aerospace/specialty at 5%, and other industrial (industrial machinery, medical devices, tooling houses) at 10%.
Latest Trends and Technological Developments
Manufacturers continue investing in digitalization, integrated motion-and-safety control platforms, and servo-press-specific programming toolchains that allow press motion profiles to be shared across stamping lines for faster setup and die tuning. A September 2025 industry piece highlighted how advanced servo-press programming is producing cascading effects across press lines emphasizing integration challenges for tooling, feeder timing, and downstream automation. SEYI and other major OEMs showcased high-rigidity, high-precision servo presses and applications (for metallic bipolar plates and EV motor laminations) at regional trade shows in 2025, reinforcing the trend toward application-specific press configurations and demonstrations at industry fairs. Leading OEMs such as AIDA continue to promote direct-drive and DSF servo technologies and market education as they position servo presses for high-volume EV and motor lamination manufacturing. These developments underscore both faster technical maturation and stronger demand signals from automotive electrification and precision electronics markets.
Asia remains the largest single regional market by both unit volumes and installed base. China leads in installed capacity and demand because of its large automotive, appliance, and electronics industries, with rapid uptake of presses configured for EV motor lamination and battery module parts. Japan and South Korea continue to be center-of-excellence for servo press R&D and high-accuracy press platforms OEMs from these countries supply premium, high-speed models to global customers. India is an emerging growth market driven by growing domestic automotive production and an expanding supplier base; localization efforts (domestic assembly and parts sourcing) are accelerating. Across Asia, price sensitivity coexists with the need for high reliability: many tier-1 suppliers prefer top-tier OEMs for mission-critical lines, while contract manufacturers and smaller shops buy mid-range servo presses. Recent trade show activity and OEM product demos in Asia during 2024 to 2025 indicate a focus on EV supply chain use cases and automated in-line quality inspection.

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High Speed Automatic Servo Presses by Type:
Closed Double-Point Servo Press

Closed Single-Point Servo Press

High Speed Automatic Servo Presses by Application:
Automotive Parts Stamping

Home Appliance Manufacturing

Electronic Components Processing

Metal Forming and Precision Die Making

Others

Global Top 20 Key Companies in the High Speed Automatic Servo Presses Market
AIDA Engineering Ltd.

Schuler Group

Komatsu Industries Corp.

Nidec Minster Corporation

Sutherland Presses

Chin Fong Machine Industrial Co., Ltd.

Amada Co., Ltd.

Shieh Yih Machinery Industry Co., Ltd.

Bliss Press USA LLC

Mitsubishi Heavy Industries Machine Tool Co., Ltd.

Tecnologie Meccaniche di Precisione Srl

Fagor Arrasate

Andritz Kaiser GmbH

Erfurt Pressenbau GmbH

Zani S.p.A.

AP&T Group

LVD Group

Smeral Brno a.s.

Simpac Inc.

Kawahara Mfg. Co., Ltd.

Regional Insights
Southeast Asia is a fast-growing adoption region. ASEAN demand is being pulled by relocation of certain manufacturing steps to lower-cost sites, the regional expansion of automotive assembly (including some EV facilities), and targeted industrial incentives in countries such as Thailand, Vietnam, and Indonesia. Indonesia is notable for a growing domestic automotive ecosystem, government interest in EV development, and investments in local component manufacturing; this produces incremental demand for servo presses for both stamping and motor/lamination sub-assemblies. However, adoption in ASEAN is uneven: Thailand has a more mature stamping supply chain, Vietnam is rapidly expanding contract manufacturing footprints, and Indonesia is in an investment and capacity-building phase where mid-to-high end servo presses are being imported to upgrade local capabilities. Regional aftermarket and service capabilities (spare parts, on-site calibration, programming support) are emerging but still lag Asia-Pacific leaders, creating opportunities for OEMs and local systems integrators.
Key industry challenges include supply-chain sensitivity for precision electronics and servo motors (which can create lead-time volatility), rising raw material costs for steel and machined components, and the increasing complexity of integrating servo presses into automated stamping lines (which raises the total cost of ownership and requires more advanced workforce skills). Another constraint is the capital intensity of high-speed press lines and longer OEM lead times for customized configurations. Additionally, service readiness in growth markets (spare parts distribution, qualified technicians) can slow adoption in lower-maturity geographies. Finally, competitive pricing pressure from lower-cost regional manufacturers can compress margins for premium OEMs unless offset by value-added services and product differentiation.
Manufacturers should prioritize modular product architectures that allow easier configuration for EV/lamination and electronics use cases, bundle digital commissioning and life-cycle services, and invest in standardized programming toolchains to reduce line integration costs. Suppliers of key components (servo drives, precision bearings) benefit from long-term contracts and co-development agreements with OEMs. For market entrants targeting ASEAN, offering localized service networks and financing/leasing models will accelerate penetration. Strategic partnerships with die makers, automation integrators, and software providers create higher switching costs for customers and protect margins. Finally, capturing aftermarket revenue (retrofits, predictive maintenance, spare kits) is a durable margin lever.
Product Models
High-Speed Automatic Servo Presses are advanced metal forming machines that use servo motor technology to provide precise motion control, adjustable slide speed, and high productivity. They are widely applied in automotive, electronics, and precision component industries.
Closed Double-Point Servo Press is designed for larger dies and balanced force distribution. Notable products include:
AIDA DSF-N2 Series AIDA Engineering: Features synchronized double-point drive for large automotive components.
Komatsu H2FM Series Komatsu Industries Corp.: Dual-point servo press with excellent forming flexibility and stability.
Nidec SHF-D Series Nidec Press & Automation: High-speed servo press built for progressive die applications.
SEYI DS2 Servo Press Shieh Yih Machinery (SEYI): Double-point press with enhanced slide motion profiles for productivity.
Schuler TwinServo Press Schuler Group: Innovative double-point servo system enabling energy-efficient operation.
Closed Single-Point Servo Press is ideal for smaller precision parts with high accuracy. Examples include:
AIDA DSF-N1 Series AIDA Engineering: Compact single-point servo press for precision parts stamping.
Komatsu H1F Series Komatsu Industries Corp.: Single-point servo press offering high energy efficiency and flexibility.
JSW H1F Single-Point Japan Steel Works (JSW): Offers superior motion control for precision stamping of electronics.
Nidec SHF-S Series Nidec Press & Automation: Single-point press specialized for progressive die and blanking.
Schuler MSC 200 Schuler Group: Servo-driven single-point press with high energy recovery efficiency.

The high-speed automatic servo press market in 2024 is sizeable and positioned for above-market growth, fueled primarily by automotive electrification, demand for higher-precision electronics manufacturing, and an industry-wide pivot toward digital controls and energy efficiency. Asia and within it ASEAN markets such as Indonesia will continue to drive unit volumes, but successful participation requires solving integration and service challenges, offering differentiated digital features, and aligning product architectures with downstream needs.

Investor Analysis
investors should focus on are the structural demand drivers (EV/ motor lamination, electronics miniaturization), unit economics (USD 150,000 ASP with a healthy factory gross margin at the factory level), and capacity dynamics (typical production line capacity and concentration of installation in Asia). Investors can act includes targeting OEMs and suppliers with global service networks, scalable modular platforms, and documented traction in EV-related applications; considering aftermarket/service plays and component suppliers (servo drives, power electronics) for recurring revenue exposure; and evaluating regional expansion opportunities into ASEAN where unit growth is accelerating but service gaps remain. The combination of a high price per unit, increasing replacement and expansion demand from capital-intensive end markets, and the opportunity to capture aftermarket recurring revenue makes the sector attractive for both strategic investors (industrial OEMs, private equity) and financial investors seeking exposure to industrial automation with clear technology tailwinds.
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5 Reasons to Buy This Report
It consolidates fitted 2024 market sizing and unit economics into a single, actionable view.
It maps regional adoption dynamics across Asia and ASEAN including Indonesia to prioritize market entry and investment.
It presents factory economics and production capacity benchmarks useful for valuation and margin stress testing.
It summarizes the latest industry developments and OEM activity with dated sources to support timing decisions.
It offers strategic guidance that can shorten commercialization cycles and improve ROI.
5 Key Questions Answered
What was the global market size and unit volume for high-speed automatic servo presses in 2024?
What are the typical unit economics for a complete machine?
How is demand distributed across downstream industries?
What are the adoption dynamics and opportunities in Asia and ASEAN?
Who are the leading OEMs and what recent technological and product developments are shaping the market?
Chapter Outline
Chapter 1: Introduces the report scope of the report, executive summary of different market segments (by region, product type, application, etc), including the market size of each market segment, future development potential, and so on. It offers a high-level view of the current state of the market and its likely evolution in the short to mid-term, and long term.
Chapter 2: key insights, key emerging trends, etc.
Chapter 3: Manufacturers competitive analysis, detailed analysis of the product manufacturers competitive landscape, price, sales and revenue market share, latest development plan, merger, and acquisition information, etc.
Chapter 4: Provides profiles of key players, introducing the basic situation of the main companies in the market in detail, including product sales, revenue, price, gross margin, product introduction, recent development, etc.
Chapter 5 & 6: Sales, revenue of the product in regional level and country level. It provides a quantitative analysis of the market size and development potential of each region and its main countries and introduces the market development, future development prospects, market space, and market size of each country in the world.
Chapter 7: Provides the analysis of various market segments by Type, covering the market size and development potential of each market segment, to help readers find the blue ocean market in different market segments.
Chapter 8: Provides the analysis of various market segments by Application, covering the market size and development potential of each market segment, to help readers find the blue ocean market in different downstream markets.
Chapter 9: Analysis of industrial chain, including the upstream and downstream of the industry.
Chapter 10: The main points and conclusions of the report.

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