Can the West Rebuild Its Manufacturing Base Fast Enough?
America would design the chips. Asian factories would manufacture them. Europe would engineer sophisticated machinery and automobiles. Global supply chains would deliver components wherever they were cheapest. Consumers would benefit from lower prices, companies would earn higher returns, and the world would become more economically interconnected.
Then China changed the equation.
It did not merely become the factory assembling products designed elsewhere. It developed extensive domestic ecosystems for batteries, electric vehicles, solar panels, electronics, machinery, industrial automation and increasingly sophisticated technologies.
The result is a strategic problem for Washington, Brussels, Berlin and Paris: they can still lead in many areas of science, finance, software, aerospace, advanced engineering and semiconductor equipment. But leadership in invention does not automatically translate into leadership in production.
The scale of China's industrial position is striking. According to UNIDO's 2025 industrial statistics yearbook, China accounted for approximately 32% of global manufacturing production in 2024.
That concentration matters because manufacturing is not simply the final stage of innovation. It is also where engineers learn, production processes improve, costs fall and new generations of products emerge.The central question is therefore no longer whether the West can build more factories.
It is this:
Can America and Europe rebuild the industrial ecosystems needed to compete with China before their technological advantages become dependent on someone else's factories?
1. How the West lost manufacturing ground
Three forces were particularly important.
First, globalization rewarded lower production costs. Companies moved labour-intensive manufacturing to countries where wages were lower, supplier networks were expanding and production could be scaled economically.
Second, financial markets often rewarded asset-light business models. Designing products, controlling intellectual property and marketing global brands could generate attractive returns without the capital expenditure, labour relations and operational complexity associated with running factories.
Third, China built the industrial ecosystem that made relocation increasingly attractive. Its advantages included infrastructure, supplier density, large-scale production, engineering talent, government support and a huge domestic market.
This created a reinforcing cycle. As production moved to China, component suppliers followed. As suppliers clustered together, manufacturing became cheaper and faster. As costs fell, more production moved there.
Western firms could retain their brands, patents and research laboratories while gradually losing some of the production knowledge that had supported their original advantages.
Yet this was not universal. The United States retained major aerospace, semiconductor-design, pharmaceutical and advanced manufacturing capabilities. Germany remained strong in industrial machinery and specialised engineering. France maintained important aerospace, energy and defence industries. The Netherlands remained crucial to semiconductor equipment.
The West did not lose industrial capability everywhere. It allowed important capabilities to become concentrated in fewer places—and sometimes outside its own borders.
That distinction is essential. The challenge is not to bring every factory home. It is to identify which production capabilities are strategically indispensable and which can safely remain part of international trade.
2. The difference between building a factory and rebuilding an ecosystem
A factory can be constructed with enough capital. An industrial ecosystem takes much longer.
The factory
Buildings, machinery, utilities, production lines and investment capital. These are essential, but they are only the visible part of the system.
The supplier network
Specialist components, industrial gases, chemicals, motors, sensors, tooling, spare parts and maintenance services. Without reliable suppliers, an advanced factory may remain underused.
The human capability
Experienced technicians, process engineers, toolmakers and production managers who know how to solve problems that do not appear in engineering manuals.
The learning system
Repeated production runs, supplier feedback, failed prototypes, process improvements and close cooperation between factories and research laboratories.
China's advantage is not simply that it possesses factories. In many sectors, it has built dense networks linking materials, components, equipment, engineering, logistics and final assembly.
Consider an electric vehicle. Its competitiveness depends on far more than the company that assembles the car. It also depends on battery cells, cathode and anode materials, power electronics, motors, software, charging infrastructure and the ability to reduce costs through repeated production.
A new Western factory may be technologically advanced but still struggle if its suppliers are distant, its energy is expensive, its technicians are scarce or its production volumes are too low.
This explains why reshoring is difficult: the West is not merely trying to relocate production. It is trying to recreate the accumulated industrial knowledge and commercial relationships that make production competitive.
3. The CHIPS Act: Can America bring semiconductor manufacturing home?
The United States remains exceptionally strong in chip design, electronic-design-automation software, semiconductor intellectual property and several categories of manufacturing equipment. Yet a significant share of advanced chip fabrication became concentrated in East Asia, particularly Taiwan and South Korea.
That concentration created a strategic vulnerability. A geopolitical crisis, natural disaster or major supply disruption could affect everything from smartphones and cars to AI data centres and military systems.
The 2022 US CHIPS and Science Act attempted to address part of this problem by supporting domestic semiconductor investment. Its commercial fabrication incentives included $39 billion in appropriated funding. By June 2026, implementation was continuing, with projects at different stages of construction and development.
The objective is not to make every American-designed chip in America. It is to ensure that the country retains enough strategically important manufacturing capability to avoid catastrophic dependence on external suppliers.
A further illustration came on 14 October 2026, when Japan and the United States announced financing of up to $21 billion for two planned GlobalFoundries semiconductor factories in New York. The first is intended to begin production in 2029. These are future capacity commitments, not factories already producing chips.
But the semiconductor challenge is bigger than construction.
A competitive fabrication ecosystem requires:
Advanced manufacturing equipment and specialised materials.
Highly trained process engineers and technicians.
Reliable supplies of electricity, water and industrial gases.
Customers willing to commit to production volumes.
Suppliers capable of maintaining equipment and replacing components.
Continued research into manufacturing processes and chip packaging.
There is also a commercial problem. A semiconductor factory requires enormous investment, and its economics depend on utilisation, yields, product demand and the ability to keep up with technological change.
Subsidies can help close the cost gap, but they cannot guarantee that every factory will remain competitive indefinitely.
America's semiconductor strategy will succeed not when it announces the largest investment, but when it develops sustainable domestic production, skilled workforces and supplier networks.
And even then, the goal is resilience rather than complete independence. The United States will continue to benefit from international partnerships with Taiwan, Japan, South Korea and Europe.
4. Europe's industrial dilemma: Germany, France and the cost of competitiveness
The United States has an enormous domestic market, substantial energy resources, deep capital markets and a powerful technology sector. Europe has a different combination of strengths: sophisticated machinery, automotive engineering, industrial chemicals, aerospace, pharmaceuticals and specialised manufacturing equipment.
Its challenge is to preserve these strengths while adapting to higher costs, technological disruption and tougher international competition.
Germany illustrates the problem particularly well. Its industrial model historically combined precision engineering, high-quality machinery, premium automobiles, skilled vocational labour and exports to global markets. That model faces pressure from Chinese electric vehicles, industrial machinery and other manufactured products, alongside changing energy economics and the transition away from combustion engines.
The European Commission's 2026 competitiveness report identified high energy prices, fragmentation within the Single Market, administrative burdens and foreign industrial overcapacity as important challenges. It reported that electricity prices for large EU industrial users averaged €0.16 per kilowatt-hour in the first half of 2025—more than twice the US level.
These costs matter differently across industries. A software company may be able to operate without consuming large quantities of electricity. A chemical plant, aluminium smelter or battery factory cannot.
Europe therefore faces a difficult choice: how can it maintain ambitious climate goals, reduce exposure to imported fossil fuels and still provide industry with reliable, competitively priced energy?
The long-term answer must involve more than subsidies. It requires faster electricity-grid construction, reliable generation, storage, electrification, improved market integration and predictable industrial policy.
Europe is not technologically irrelevant, either. The Dutch company ASML occupies a critical position in advanced chipmaking equipment, while European precision optics and industrial engineering remain important to global semiconductor production.
This creates an important strategic possibility: Europe does not need to reproduce every Chinese industrial capability. It needs to retain and expand the capabilities where it can compete globally, while reducing dangerous dependencies in essential sectors.
The European Union has already proposed a Chips Act 2.0 to strengthen semiconductor production and reduce strategic vulnerabilities. Its broader industrial policy also seeks to make the Single Market a stronger platform for European production. These are policy initiatives whose results will depend on implementation, investment and commercial demand.
The danger is that Europe responds to competition with defensive trade measures but fails to address the underlying costs and structural barriers that make its own industries less competitive.
Tariffs can create breathing space. They cannot substitute for industrial renewal.
5. Batteries and electric vehicles: Can the West close the gap?
China's strength in electric vehicles was not created by a single company or invention. It emerged from the interaction of battery production, materials processing, electronics, vehicle assembly, charging infrastructure, engineering talent and intense domestic competition.
That integration allows firms to experiment, cut costs, adjust designs and increase production at speed.
American and European companies have important advantages of their own: established automotive brands, global distribution networks, advanced engineering, strong research institutions and substantial consumer markets. They also possess battery and EV production capabilities.
The question is whether these advantages can be converted into competitive products at the required scale.
Three obstacles stand out.
First, production costs. If battery cells and components are significantly more expensive, automakers may struggle to compete on price.
Second, supply-chain dependence. A factory may assemble battery packs domestically while relying on imported cells, processed minerals or active materials. That can improve local production without delivering full supply-chain security.
Third, speed of iteration. In a rapidly changing market, firms need to move quickly from research to prototypes, mass production and the next product generation.
A factory that produces an excellent battery today may be less competitive tomorrow if its rivals improve energy density, reduce costs or scale a different chemistry.
The strategic objective should therefore be to build competitive ecosystems—not simply to count the number of factories announced.
Governments can support research, infrastructure and early investment. But long-term competitiveness requires companies that can sell products profitably without depending indefinitely on emergency assistance.
The same lesson applies to solar panels, grid storage, heat pumps and other clean-energy technologies.
The West does not necessarily need to manufacture every component domestically. It does need to understand which dependencies are acceptable, which are dangerous and which capabilities must be developed at home or through trusted partners.
6. The overlooked weakness: Machine tools and industrial equipment
But behind these products sits another industry: the machinery used to manufacture them.
Machine tools, industrial robots, precision sensors, metrology systems, cutting tools, industrial software and production-control equipment determine what factories can make, how accurately they can make it and how efficiently they can scale production.
This is where industrial power becomes cumulative.
A country that produces advanced machinery can help other countries manufacture thousands of different products. Its influence extends beyond its own factories because its equipment becomes part of other nations' industrial infrastructure.
Japan, Germany, the United States, Switzerland and other advanced economies retain important capabilities in industrial equipment. China, meanwhile, has developed a vast domestic market for automation and has been expanding its own machinery and robotics industries.
The competition is therefore not a simple contest between a manufacturing West and a manufacturing China. It is a contest over different layers of the industrial system.
Consider a modern semiconductor plant. Its output depends on specialised lithography, deposition, etching, inspection, metrology, chemical handling and automation systems. A country may have strong chip designers but still depend on foreign equipment for critical manufacturing steps.
The same principle applies to defence, aerospace, pharmaceuticals and advanced batteries.
For Western governments, industrial renewal must therefore include support for the less visible businesses that make advanced manufacturing possible: specialist suppliers, precision-engineering companies, tooling firms and industrial software developers.
These firms may be smaller and less politically visible than a major carmaker, but their capabilities can be difficult to replace once lost.
A nation that loses its industrial tools risks losing part of its ability to build the next generation of technology.
7. Defence production: When industrial weakness becomes a security problem
Modern defence depends on advanced sensors, communications, software, satellites, engines and precision-guided systems. But it also depends on ammunition, missiles, explosives, propellants, electronic components, spare parts and the factories capable of replenishing supplies.
This is the distinction between possessing advanced military technology and sustaining a prolonged industrial contest.
A highly sophisticated weapon may require years of development and expensive components. During a prolonged conflict, the ability to manufacture replacements, repair damaged equipment and maintain supply chains becomes strategically decisive.
The US government's 2026 economic report devoted a chapter to strengthening the defence industrial base. Congressional scrutiny has also highlighted the need for sufficient investment in munitions production facilities and tooling, not merely funding for equipment purchases.
Europe faces a related challenge. Its defence industries possess substantial technical expertise, but expanding production requires coordinated procurement, long-term orders, skilled workers, components and factories capable of increasing output.
This is not an argument for treating every industrial sector as a military asset. It is an argument for recognising that national security depends on more than research laboratories and procurement budgets.
A government can order more ammunition. It cannot instantly create the specialised production lines, qualified suppliers and trained workforce needed to manufacture it.
Defence therefore offers a powerful lesson for civilian industry: capacity that appears inefficient during peacetime can become indispensable during a crisis.
8. The skilled-labour problem: Who will operate the factories?
Manufacturing has changed substantially from the image of repetitive assembly-line work. Modern factories depend on technicians who understand automation, engineers who optimise production processes, specialists who maintain complex equipment and workers who can diagnose failures quickly.
These skills are acquired through education, apprenticeships and practical experience. They also develop through years of operating factories.
When manufacturing employment declines, the loss may extend beyond individual jobs. Training networks weaken, suppliers disappear, and experienced workers retire without passing their knowledge to the next generation.
Rebuilding this capability requires a long-term commitment to vocational education, apprenticeships, technical colleges and partnerships between employers and universities.
It also requires better career pathways. If societies treat technical trades as inferior to university-based professional careers, they will struggle to attract the workforce needed for industrial expansion.
Immigration can help address labour shortages, while automation can reduce the number of workers needed for some tasks. Neither removes the need for technical competence.
Indeed, greater automation can increase demand for specialists who understand robotics, sensors, software, maintenance and process engineering.
The West must also confront a practical contradiction: it wants advanced factories, but often lacks the technicians and engineers needed to operate them at scale.
A manufacturing revival cannot be built solely through legislation. It must be built through a workforce capable of sustaining production.
9. Can AI and robotics give the West a second industrial revolution?
AI, robotics, digital twins, additive manufacturing and advanced process control can change the economics of production.
For decades, companies often moved manufacturing abroad because labour and production costs were lower. If automation reduces the labour required per unit, some production could become economically viable in higher-wage countries.
AI can help manufacturers predict equipment failures, optimise production schedules, identify defects and improve material efficiency. Robotics can automate repetitive or dangerous tasks. Digital twins can allow engineers to simulate production processes before investing in physical equipment.
But there is a crucial qualification.
Automation does not automatically make a country industrially competitive. It makes a capable industrial system potentially more productive.
Factories still require affordable energy, equipment, components, maintenance, skilled technicians and customers. Robots must themselves be manufactured, serviced and integrated into production systems.
And China is not standing still. It is deploying automation across a huge industrial base, giving its manufacturers opportunities to combine new technology with existing scale.
The contest is therefore not simply between Western innovation and Chinese factories. It is increasingly between competing systems of AI-enabled manufacturing.
The United States has advantages in AI research, software, advanced computing and venture capital. Europe has strengths in industrial engineering, specialised machinery, automation and precision manufacturing. China has a formidable combination of manufacturing scale, domestic demand and rapidly expanding automation capabilities.
The winner will depend on how effectively each system connects these strengths.
10. Reshoring, friend-shoring and the new geography of production
A more realistic strategy involves three complementary approaches.
Reshoring
Bring selected strategic production home, especially where supply disruption could threaten national security, critical infrastructure or essential industries.
Friend-shoring
Develop alternative supply chains with trusted partners, distributing production across countries rather than concentrating it in one location.
Industrial diversification
Build additional production capacity in countries with complementary strengths, including Mexico, India, Vietnam, Japan and South Korea.
These approaches can improve resilience, but they are not interchangeable.
Reshoring may improve domestic control but raise costs. Friend-shoring may reduce exposure to a single geopolitical rival while creating new dependencies on partners. Diversification works only if alternative suppliers have the capacity, technical expertise and infrastructure to deliver at the required scale.
Nor does moving final assembly necessarily eliminate dependence. A factory in Mexico, Vietnam or the United States may still rely on Chinese components, processed minerals, machinery or battery materials.
The strategic objective should be to identify the critical layers of each supply chain and develop credible alternatives where necessary.
There is also a political danger. If every government responds to industrial competition with subsidies, tariffs and local-content rules, the result could be an expensive subsidy race that fragments global trade without creating genuinely competitive industries.
The strongest strategy is not necessarily the one that brings the most production within national borders. It is the one that secures essential capabilities while maintaining access to international markets, talent and technology.
11. What the West must do differently
The industrial challenge cannot be solved by one law, one factory or one election cycle. It requires a coherent strategy that connects technology policy with production economics.
Strategic priority | What governments and industry need to achieve |
|---|---|
Affordable, reliable energy | Make electricity and industrial energy competitive while expanding reliable low-carbon supply. |
Industrial investment | Support strategic capacity without creating permanent dependence on subsidies. |
Technical education | Expand apprenticeships, vocational training and advanced manufacturing skills. |
Supplier ecosystems | Develop domestic and allied suppliers for critical components, materials and machinery. |
Research and production | Connect laboratories to pilot lines, factories and commercial customers. |
Long-term demand | Use predictable procurement and market incentives where they support viable strategic industries. |
Trade and competition | Address unfair practices and dangerous dependencies without indiscriminate protectionism. |
Automation | Deploy AI and robotics to raise productivity, quality and production flexibility. |
Allied cooperation | Coordinate industrial capacity with partners rather than duplicate every capability nationally. |
The United States and Europe also need to distinguish between sectors where they can realistically regain global competitiveness and sectors where the more rational objective is resilience.
For example, a country may decide that domestic advanced-chip capacity is strategically essential, even if producing every chip locally would be uneconomic. It may also decide that it needs a minimum domestic capacity for defence components, while continuing to import many ordinary consumer goods.
These are decisions about strategic risk, not simply about maximising manufacturing employment.
The objective is not to reverse globalisation in its entirety. It is to prevent the loss of capabilities that would be extremely difficult to rebuild in a crisis.
12. The industrial contest is also an opportunity for Africa
As America, Europe, China, Japan, South Korea and India reconsider their supply chains, African countries could attract new investment in manufacturing, minerals processing, assembly, energy infrastructure and industrial services.
But opportunity is not automatic.
A foreign company may establish an assembly plant without transferring meaningful technical capability. A country may export lithium, cobalt, copper or other minerals while importing the processed materials and finished products made from them.
The crucial question is whether new investment builds local capacity or merely relocates one stage of an externally controlled supply chain.
African governments can strengthen their position by negotiating for technical training, supplier development, infrastructure investment, research partnerships and progressively deeper local production where commercially viable.
Regional integration is especially important. Larger, more predictable markets can make it easier to justify investment in factories that would struggle to compete if confined to one small national market.
There are lessons here from China's own industrial development: infrastructure, skills, supplier networks and production scale matter as much as the initial arrival of foreign capital.
Yet African countries need not copy China's political or economic model. They can learn from several industrial systems, adapt policies to local circumstances and compete for investment on the basis of clear priorities.
The emerging industrial contest could allow Africa to move up global value chains—or leave it competing to supply the raw materials and markets on which other countries build their technological power.
The difference will depend heavily on the decisions African governments and businesses make now.
13. Three possible futures for Western industry
The outcome is not predetermined. Three broad scenarios illustrate what is at stake.
Future A — Industrial Renewal
America and Europe connect research, automation, energy investment, technical education and industrial policy. They regain competitiveness in selected strategic industries while diversifying other supply chains.
Outcome: technological leadership is supported by a stronger industrial foundation.
Future B — Selective Resilience
Western countries restore production in semiconductors, defence, energy technologies and other critical sectors but continue to rely on China and other Asian economies for much of their wider manufacturing needs.
Outcome: dependence becomes more manageable, but China's broader industrial advantage persists.
Future C — Industrial Fragmentation
Subsidies, tariffs and political disputes proliferate, but energy costs, fragmented markets, weak supplier networks and skills shortages undermine investment. Factories are announced more quickly than viable ecosystems emerge.
Outcome: higher costs, duplicated capacity and continued strategic vulnerabilities.
The first scenario is possible, but it requires consistency over many years. Industrial capabilities are built cumulatively. They cannot be restored entirely through emergency spending after a crisis has already begun.
The second scenario is more limited but may be achievable sooner. It accepts that complete self-sufficiency is neither realistic nor necessary.
The third is the danger: a West that recognises the industrial challenge but fails to solve its underlying economic problems.
14. So, can the West rebuild fast enough?
The answer depends on what "rebuild" means.
If the goal is to reproduce China's entire manufacturing ecosystem, across every major sector, in a few years, the answer is almost certainly no. The scale of China's supplier networks, infrastructure, engineering workforce and manufacturing experience cannot be replicated quickly.
If the goal is to restore competitiveness in selected strategic sectors, diversify supply chains and use AI and automation to improve productivity, the answer is more encouraging.
The West retains substantial advantages: world-class universities, advanced scientific research, capital markets, globally competitive technology companies, specialised machinery, strong institutions and deep networks of international partners.
But those assets must be translated into production.
The CHIPS Act and European industrial initiatives represent attempts to do so. Their ultimate success will depend less on headline investment totals than on the factories that become operational, the workers who acquire expertise, the suppliers that emerge and the products that can compete in global markets.
America and Europe must also avoid a false choice between innovation and manufacturing. They are not competing alternatives.
Research without production can allow other countries to capture the commercial benefits of technological progress. Manufacturing without innovation can trap an economy in low-margin production vulnerable to competitors.
The strongest industrial systems combine both.
China's rise demonstrates what happens when manufacturing scale, engineering, infrastructure, investment and technology reinforce one another. The Western response must therefore be more ambitious than protecting old factories or subsidising new ones.
It must create the conditions under which new technologies can be invented, manufactured, improved and commercialised at scale.
The bigger question: Is the world entering a new industrial cold war?
The struggle over manufacturing is not simply a dispute about jobs, trade deficits or the location of factories.
It is a contest over who controls the productive foundations of the twenty-first-century economy: semiconductors, batteries, robotics, industrial AI, critical materials, advanced machinery and the supply chains connecting them.
The country that controls these systems gains more than export revenue. It gains technological learning, industrial employment, strategic flexibility and influence over the choices available to other countries.
Yet the future is unlikely to belong exclusively to China or the West. The United States may retain leadership in important areas of AI and chip design. Europe may remain indispensable in specialised industrial machinery and semiconductor equipment. Japan and South Korea will continue to matter in critical components and advanced manufacturing. Other economies may capture new production as supply chains diversify.
The decisive question is whether these capabilities will be connected into competitive industrial ecosystems—or divided into rival blocs that make technology more expensive and the global economy less efficient.
Technological leadership can survive without domestic production in some sectors. It cannot remain secure if a country loses the ability to manufacture, maintain or replace the technologies on which its prosperity and security depend.
The West does not need to manufacture everything. But it must know what it cannot afford to lose.
Next episode: 32. THE NEW INDUSTRIAL COLD WAR
Will the World Split Into Chinese and Western Supply Chains?
The next instalment will examine whether the competition between China and the United States is pushing the world towards two rival industrial systems—and what that division could mean for Europe, Asia, Africa and the Global South.
The central question will be whether countries can maintain economic cooperation while technology, critical minerals, semiconductors, AI infrastructure and manufacturing capacity become instruments of geopolitical power.
By Jugo Ikeji-Uju.
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sappertekinc@gmail.com
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