The “Multi-Node Production System” Is Taking Shape, and Cross-Border M&A Is Becoming a Key Lever in Reshaping Global Supply Chains
Executive Summary
Global manufacturing is undergoing a once-in-a-decade strategic restructuring. Over the past three years, the United States’ “industrial reshoring,” the European Union’s pursuit of “supply chain autonomy,” industrial relocation to Southeast Asia, India’s policy-driven subsidies, and the globalization transformation of Chinese enterprises have jointly constituted five major forces driving the migration and reallocation of manufacturing capacity. Manufacturing decisions are no longer based on a single cost criterion; instead, they are increasingly determined by a comprehensive competitive framework shaped jointly by “policy + market + supply chain security.”
For Chinese enterprises, this marks a new phase of “capacity globalization.” An increasing number of manufacturing firms are rapidly achieving the following through cross-border mergers and acquisitions:
- The establishment of production nodes across multiple geographies
- The build-out of localized delivery systems
- Access to overseas qualifications, certifications, and integration into local supply chains
- Binding of orders in new markets and the establishment of distribution channels
- Strategic positioning under long-term market access and regulatory regimes
As a result, M&A has shifted from a “strategic option” to a “strategic necessity.” In 2025, amid accelerating changes in regional political and economic dynamics, China’s manufacturing sector stands at a critical crossroads in the global reconfiguration of production capacity.
I. Global Reconfiguration of Manufacturing: A Structural Trend Driven by Five Converging Forces
For many years, manufacturing relocation was commonly understood through a “cost arbitrage” logic—seeking regions with lower labor and factor costs. Since 2021, however, global manufacturing has undergone three fundamental shifts: policy forces have overtaken cost considerations, supply chain security has risen sharply in importance, and customer orders increasingly require localized delivery capabilities. Together, these changes are compelling global enterprises to reassess their capacity allocation and supply chain structures.
(1) United States: Rebuilding “Manufacturing Sovereignty” Under Policy Leadership
Through three major industrial legislative acts—CHIPS, IRA, and IIJA—the United States has established a structured policy framework for “bringing manufacturing back.” In addition to incentivizing domestic production, the U.S. has strengthened restrictions on inputs from “non-friendshoring” countries.
The direct consequences include rapid changes in export rules for Chinese companies to the U.S.; customers increasingly requiring suppliers to maintain localized capacity in locations such as Mexico and Vietnam; the emergence in certain industries of trends resembling a “reconstruction of rules of origin”; and key component suppliers being required to participate in North American local supply chains – making cross-border M&A the most effective way to quickly obtain qualifications and enter local supply systems. Overall, the U.S. is rebuilding a policy-led industrial system, whose spillover effects are forcing Chinese enterprises to redesign their global capacity maps.
(2) European Union: From Energy Dependence to Supply Chain Autonomy
The EU’s core objective is to reduce external dependence across critical industrial chains, with particular focus on new energy, semiconductors, pharmaceuticals, and precision manufacturing. Europe is establishing a series of localized production requirements, including minimum local capacity thresholds for new energy and battery materials, incentives for enterprises to build production facilities within the EU, and stricter compliance supervision for companies reliant on external supply chains. Against this backdrop, Chinese enterprises entering the European market must establish local production or assembly capabilities, meet higher carbon-emission and ESG standards, and build shorter, more localized supply systems. The traditional “export + distribution” model is rapidly being replaced by a “local manufacturing + local delivery” model.
(3) Southeast Asia: Emerging as Asia’s Second Manufacturing Growth Pole
Vietnam, Indonesia, Thailand, and Malaysia are becoming the primary destinations for absorbing the spillover of Chinese manufacturing capacity, with their competitive advantages gradually shifting from “low cost” to “policy support + supply chain clustering.” Vietnam is highly concentrated in ICT and consumer electronics manufacturing; Thailand possesses a mature automotive industrial ecosystem; Indonesia, leveraging its resource advantages, is well suited for battery materials and heavy equipment manufacturing; and Malaysia has a well-developed ecosystem in semiconductor packaging and testing, inspection, and precision machining. For Chinese enterprises, Southeast Asia has evolved from a mere “cost substitute” into a comprehensive operational platform integrating supply chain forward deployment, order binding, and regional market expansion.
(4) India and South Asia: Policy Subsidies Releasing Structural Attractiveness
Through the PLI scheme, India provides direct manufacturing subsidies to key sectors such as mobile phones, electronics, photovoltaics, home appliances, and pharmaceuticals, while emphasizing “local production, local employment, and local taxation.” This means that enterprises without local manufacturing capabilities find it difficult to secure orders, making the acquisition of local companies the most effective way to overcome market access barriers. By acquiring local joint-venture partners or mature factories, Chinese enterprises can integrate into India’s industrial system within a shorter time frame, reduce entry friction, and accelerate commercial execution. At present, multiple Chinese enterprises have entered India’s tooling equipment, light manufacturing, and home appliance supply chains through M&A transactions.
(5) Localized Delivery Becoming a Key Criterion in Supplier Selection
Across an increasing number of industries, customers are shifting toward supply models characterized by “multi-regional manufacturing + localized delivery + rapid response.” For example, Tier 1 suppliers in the automotive industry must provide regional delivery and local after-sales support; industrial equipment customers place strong emphasis on delivery cycles and service radius; and multinational consumer electronics brands require supply chains to manufacture near Southeast Asia or North America to improve responsiveness and compliance. Under this trend, enterprises must build full-process overseas capabilities, including supply chain node deployment, local manufacturing and assembly, warehousing and logistics distribution, and local after-sales service systems. Acquiring mature local enterprises remains the fastest and most certain way to obtain these capabilities.
II. Chinese Enterprises’ Overseas Capacity Deployment Is Entering a “Strategic Phase”
Based on our review of more than one hundred announced or in-progress transactions, Chinese manufacturing enterprises are exhibiting three distinct strategic drivers in their cross-border capacity deployment.
(1) The Dual Acquisition of “Qualifications + Channels” as the Primary Driver
An increasing number of industries are introducing supplier screening requirements that mandate “local manufacturing,” making the direct acquisition of local production qualifications and rapid integration into local customer and supplier ecosystems through M&A the most effective market entry pathway. The immediate effects of M&A include: obtaining local production and compliance qualifications in a single step, reducing tax and certification barriers, circumventing increasingly stringent localization access requirements, and improving customer scores in supply chain security assessments. Practical cases show that even shifting only 10–20% of capacity forward can significantly enhance order stickiness. A key limitation is that certain industries are subject to national security reviews or outright rejection of acquisitions by foreign buyers.
(2) Shifting from Product Export to “Regional Platform Operations”
Through M&A, Chinese manufacturing enterprises are transforming from simple product exporters into “regional platform operators,” taking on responsibilities such as local supply chain construction, localized delivery and after-sales services, the establishment of local organizational structures and talent systems, and collaboration with industrial parks and governments to secure long-term resources. This shift represents an upgrade from a “factory logic” to an “operational logic,” as manufacturing enterprises accelerate their transition into globally integrated operating entities.
(3) Systemic Supply Chain Risks Driving Multi-Node Deployment
Enterprises are no longer pursuing a “cost-optimal factory,” but rather a “more resilient supply chain structure.” A typical multi-node model includes: China responsible for R&D, core components, and final assembly; Southeast Asia undertaking modular manufacturing and exporting to Europe and the U.S.; South Asia or North America serving to meet local production requirements; and Europe functioning as a high-end market entry and certification node. Cross-border acquisitions enable enterprises to establish these critical nodes within six months, significantly compressing the traditional three-to-five-year implementation cycle and substantially improving the efficiency of global capacity deployment.
III. Three New Trends Emerging in Manufacturing-Focused Cross-Border M&A
(1) Increasing Emphasis on Existing Resources
When selecting targets, enterprises are increasingly favoring companies with an established local customer base or distribution channels, and with a certain level of industry visibility or recognition. At the same time, there is a stronger preference for manufacturing assets that come with existing teams, technologies, equipment, and facilities, enabling rapid initiation of localized production and operations after closing. Compared with traditional greenfield investments, M&A offers a more certain market entry path, allowing for faster market penetration and reduced execution risk.
(2) Greater Focus on “Post-Integration Capacity Ramp-Up Speed”
The evaluation criteria for M&A are shifting from “whether the transaction is completed” to “whether capacity has been effectively deployed and orders have been secured.” This shift places post-merger integration at the strategic core, with emphasis on the speed of capacity ramp-up, order conversion efficiency, and rapid linkage across supply chains, quality systems, and operational systems. Enterprises are no longer focused solely on deal completion itself, but instead view M&A as a critical lever for achieving global capacity deployment and market growth.
IV. Key Risks and Mitigation Strategies:
The Complexity of Manufacturing Cross-Border M&A Far Exceeds That of Most Industries
Based on our experience in executing cross-border manufacturing transactions, the risks associated with manufacturing M&A exhibit a “combinatorial” nature rather than isolated, single-point risks.
They mainly include:
(1) Policy and Regulatory Uncertainty
Cross-border manufacturing transactions must navigate multiple regulatory regimes, including U.S. CFIUS review, EU FDI screening, and foreign investment reviews in jurisdictions such as Singapore and Vietnam, while simultaneously addressing multi-dimensional compliance pressures related to labor regulations, union systems, industry safety requirements, data governance, and energy policies. Investment security reviews not only affect transaction structures but also determine whether enterprises can successfully enter local markets.
Strategy: Front-loaded compliance structuring + multi-structure contingency solutions.
(2) Labor and Organizational Integration
One of the core challenges in cross-border manufacturing M&A lies in the stability of local talent and the integration of management systems. Enterprises must align two management frameworks within a short timeframe and design effective incentive mechanisms for local management, ensuring the stability of key positions, technical backbone personnel, and operational teams, so that organizational integration can progress on a sustained basis.
Strategy: Retention of key positions + deep integration mechanisms for local teams.
(3) Supply Chain Synchronization Failure
Supply chains are critical to manufacturing. Common issues include local suppliers’ inability to meet domestic technical standards, excessive logistics costs and delivery radii, and instability in customs clearance for imported materials or equipment. If the supply chain fails to be deployed in sync, it will directly affect capacity ramp-up and order fulfillment.
Strategy: Development of local tier-two suppliers + dual-sourcing of materials.
(4) Delays in Capacity Ramp-Up
This is the most common issue faced by cross-border manufacturing facilities.
Strategy: An integrated approach spanning “M&A – integration – quality control – order binding,” to avoid the emergence of “paper capacity” after transaction completion.
V. How ARC Creates Value in Cross-Border Capacity-Oriented M&A
ARC has long focused on cross-border mergers and acquisitions and the global expansion of Chinese enterprises, with particularly strong experience and network advantages in the manufacturing sector.
We typically provide clients with four core capabilities:
(1) Global Capacity Deployment and Strategic Advisory
Based on policy analysis, tariff modeling, factor sensitivity assessments, and supply chain cluster research, we provide enterprises with systematic regional deployment strategies, helping clients identify the most strategically valuable capacity nodes.
(2) Target Screening and Cross-Border Engagement
Leveraging local teams across Asia, Europe, and North America, we are able to identify high-quality targets with the requisite qualifications, technologies, teams, and local ecosystem integration, and assist both parties in conducting preliminary commercial and technical mutual assessments.
(3) Transaction Structuring and Regulatory Engagement
ARC has executed complex transactions across multiple jurisdictions and regulatory regimes, including U.S. CFIUS, EU FDI screening, and foreign investment review processes across ASEAN countries. We are able to design flexible structures—such as minority equity stakes, staged payments, and joint venture arrangements—based on policy requirements, and provide structured solutions for policy-sensitive industries, helping enterprises successfully navigate regulatory reviews and achieve transaction completion.
(4) Post-Merger Integration and Capacity Deployment Support
ARC assists clients in establishing local operating structures, driving alignment between supply chain systems and production systems, and ensuring that capacity ramps up as planned. At the same time, we support the development of cross-cultural management frameworks and the integration of local teams, enabling enterprises to rapidly build sustainable operational capabilities in target markets. As a result, M&A achieves not only “transaction completion,” but also the realization of “actual operational capability.”
ARC believes that in the current cycle of global manufacturing restructuring, Chinese enterprises can achieve true competitiveness only by allocating resources across a broader industrial value chain ecosystem.
VI. 2025–2027 Will Represent a High-Confidence Window for Chinese Manufacturing Enterprises’ Cross-Border Capacity Deployment
Over the next three years, the competitive landscape of global manufacturing will continue to evolve along three key dimensions: policy-driven localization requirements will further intensify—most prominently in sectors such as new energy, automotive electronics, semiconductor equipment, and medical devices; multi-node supply chains will increasingly become the industry default structure, with a tri-polar configuration of China–Southeast Asia–Europe/U.S./India accelerating into place; and cross-border M&A will emerge as the fastest pathway for enterprises to build core capabilities, with focus shifting from “whether an acquisition is completed” to “post-acquisition systemic integration.”
For Chinese manufacturing enterprises with strategic foresight, this period is not about passive adaptation, but rather a critical window for proactively shaping global competitiveness.
References:
National Policies and Regulatory Documents (China)
- The State Council
Opinions on Further Optimizing the Foreign Investment Environment and Intensifying Efforts to Attract Foreign Investment - The State Council
Opinions on Promoting the Security and Stability of Industrial and Supply Chains in the New Era - National Development and Reform Commission (NDRC)
Guidelines on Enhancing the Resilience and Security of Industrial and Supply Chains - National Development and Reform Commission (NDRC)
Policy Documents Related to High-Quality Development of the Manufacturing Sector - Ministry of Commerce (MOFCOM)
2025 Action Plan for Stabilizing Foreign Investment - Ministry of Commerce (MOFCOM)
Statistical Bulletin of China’s Outward Foreign Direct Investment - China Securities Regulatory Commission (CSRC)
Regulatory Rules and Policy Interpretations on Mergers and Acquisitions of Listed Companies
International Organizations and Multilateral Institutions
Disclaimer
The content of this article is provided for general informational and research purposes only. It is based on publicly available information and the authors’ understanding of relevant policies, market conditions, and industry trends, and is intended to be accurate and prudent in presentation. It does not constitute investment advice, legal advice, or an offer or solicitation to engage in any transaction. Any views expressed herein should not be construed as predictions or assurances regarding the performance of any specific transaction, asset, industry, or market.
All policy documents, statistical data, and research materials from international organizations referenced in this article are obtained from public sources and are cited in a summarized and interpretative manner for research purposes only. This article does not reproduce, substitute for, or replace the original materials, nor does it quote any proprietary databases, full copyrighted reports, or non-public information. References to third-party institutions do not imply endorsement, authorization, or affiliation.
