European manufacturers could strengthen and diversify selected supply chains by sourcing components and industrial services from the Western Balkans and Türkiye, provided suppliers can meet technical, delivery, financial, customs and carbon-data requirements. Geographic proximity may shorten supply routes, but does not by itself establish that a regional supplier is more competitive or exempt from European carbon rules.
The potential partners identified are Serbia, Bosnia and Herzegovina, Montenegro, North Macedonia and Albania, as well as Türkiye. Regional businesses could supply fabricated metal components, castings, electrical equipment, machinery subassemblies and industrial maintenance services.
Steel service centres and fabricators can provide cut, formed and welded assemblies; qualified foundries can make housings and structural parts; and electrical workshops can build panels and equipment subassemblies. Türkiye has an extensive industrial base and established manufacturing clusters, while Western Balkan suppliers may be better placed to handle smaller batches and close engineering coordination.
Freight distance and wages alone are not enough to support a nearshoring decision. Customer qualification, energy costs, carbon evidence, manufacturing capacity and contract reliability all affect whether a supplier can compete with incumbent plants in the European Union or Asia. Regional suppliers may also remain dependent on imported feedstocks, specialist tooling and critical spare parts from global markets.
CBAM exposure depends on the goods
The European Union’s Carbon Border Adjustment Mechanism (CBAM) applies within its binding legal scope when an EU buyer imports designated steel or aluminium goods from a regional supplier. National carbon-pricing frameworks may affect eligible deductions only where required payments can be substantiated. Neither geographic proximity nor participation in an energy-market arrangement automatically creates a CBAM exemption.
Electricity exports fall under a separate evidence and methodology regime. A finished machine or electronic system may not be directly covered by CBAM, although its materials can carry emissions trading system (ETS)-related costs in the EU production alternative. Manufacturers and buyers therefore need to establish which goods are covered and how their carbon evidence applies, rather than treating a supplier’s location as a guide to its obligations.
Supplier assessments should focus on a specific component, not an entire country. For a gearbox housing, buyers should examine metallurgy, casting yield, machining capability, inspection, freight and the time needed to replace defective batches. For an electrical panel, component origin, certification, documentation, control software and service capacity may outweigh labour savings.
Proximity also does not remove upstream technology dependence. A supplier relying on a single imported programmable logic controller (PLC) or power module can remain exposed to supply risks in those technologies. Buyers should compare regional and European offers using the same cost-and-risk template: ex-works price, freight, customs and CBAM where legally relevant, quality rejection, buffer inventory, currency risk, energy security and engineering-change time.
A hypothetical component priced EUR 100 cheaper from a regional supplier could still be less competitive if its lead time is unreliable. Conversely, a slightly higher ex-works price could be offset by faster replenishment and lower stock requirements. Comparisons should be based on actual quotations and production data, not country stereotypes.
Investment and execution shape the opportunity
Regional industrial upgrading would require investment in testing laboratories, automated machining, foundry quality and traceable energy and production records. EU customers could support suppliers through framework orders and technical collaboration, while financiers could assess the resulting contracted demand. The opportunity is to build capacity for critical parts that meet European quality, customs and carbon-data standards, rather than simply relocate low-value fabrication.
That development could move suppliers from simple subcontracting towards higher-value fabrication, automated processing and technology integration, increasing regional value added while supporting EU supply diversification. It could also improve industrial resilience on both sides of the border. Carbon-market rules can encourage cleaner production, but dependable industrial capability remains central to the commercial opportunity.
Investors also need to account for working capital: border processing, customs documentation and supplier financing can offset some benefits of shorter transport routes, lower buffer stocks and faster design changes. A supplier that quotes competitively but lacks capital to buy materials may miss delivery milestones when commodity prices rise.
Banks and industrial buyers should assess suppliers’ financial resilience, quality management and capital-investment plans alongside labour costs and emissions profiles. A strong regional industrial strategy would focus on qualified production clusters, reliable electricity, engineering training, testing laboratories, and transparent customs and emissions documentation.
Nearshoring is not a guaranteed escape from carbon policy or geopolitical dependence. Its potential depends on suppliers demonstrating technical quality and predictable delivery, and on manufacturers correctly treating imported goods under Europe’s evolving industrial rules.
