Supply chains are restructuring for resilience, efficiency, and geopolitical balance and the conversation is shifting. For Taiwanese manufacturers, particularly small and mid-sized enterprises (SMEs), this shift presents both an opportunity and a challenge: how to successfully establish a presence in the United States while maintaining core strengths at home.
Texas has emerged as a leading destination in this transition. Producing approximately 9% of U.S. GDP and accounting for roughly 22% of total U.S. exports, the state offers scale that is difficult to replicate. It has also led the nation in high-tech exports for 12 consecutive years as of 2024, including 13 straight years at the top for semiconductor and electronic component exports. These indicators position Texas not simply as a viable option, but as a strategic anchor for advanced manufacturing expansion.
Beyond scale, Texas offers a distinct geographic and logistical advantage. Its central location within the U.S. enables efficient access to both coasts, major population centers, and key trade corridors. For manufacturers, this translates into the ability to serve multiple markets, while maintaining cost and time efficiencies. This flexibility is particularly important for SMEs seeking to diversify revenue streams and avoid overreliance on a single client or region.
As one of the nation’s leading states for job creation and population growth, Texas provides a durable foundation for long-term workforce availability and consumer market expansion. This growth trajectory reinforces the state’s ability to attract, retain, and scale talent-an essential consideration for companies making long-term investment decisions.
Yet for smaller enterprises, macroeconomic strength alone is not enough. The decision to enter the U.S. market is shaped by operational realities—speed to market, access to talent, regulatory navigation, and long-term scalability. Understanding these factors at a practical level is essential.
The most common challenges are consistent across industries. Immigration and visa pathways can be difficult to interpret without specialized guidance. Regulatory frameworks vary across federal, state, and local levels, creating complexity in permitting and compliance. Site selection decisions carry higher stakes, as choosing the wrong location can impact workforce access, logistics efficiency, and long-term growth potential. Above all, time becomes a critical constraint—delays in setup directly affect revenue timelines and increase risk exposure.
For many SMEs, there is also a strategic concern around market concentration. Establishing operations tied too closely to a single large customer or geography can limit growth potential. A successful U.S. entry strategy therefore requires not only access to anchor projects, but also the ability to expand into adjacent markets over time.
"For Taiwanese SMEs considering a U.S. expansion, understanding the legal landscape before committing resources is essential,” said Sang Shin, Attorney at Jackson Walker. “The regulatory environment operates across federal, state, and local levels - each with its own compliance obligations, from entity formation and employment law to immigration requirements. Much of this friction can be avoided through early-stage legal planning and proper compliance structuring. Setting things up correctly at the outset, from selecting the right corporate structure, navigating tax obligations, to ensuring workforce compliance, pays dividends throughout the life of the investment."
Speed to Market as a Strategic Advantage
For companies pursuing U.S. market entry., speed is not a secondary consideration—it is a defining factor. The ability to move from decision to operation quickly can determine whether an expansion succeeds or stalls.
Texas distinguishes itself in this area through a combination of regulatory clarity and execution efficiency. Compared to other major U.S. states, administrative processes are generally more streamlined, and local jurisdictions are often aligned in their approach to business development. This reduces friction during critical early phases such as permitting, site development, and operational approvals.
Importantly, the perception of U.S. bureaucracy as a barrier is often overstated. With proper planning and local expertise, many of the anticipated delays can be mitigated or avoided entirely.
The Talent Engine: Where Innovation Meets Manufacturing
While Texas provides scale, the 4 major cities within it provide specialization. For examples, the Austin region has developed one of the most dynamic talent ecosystems in the United States, particularly in technology and advanced manufacturing fields.
A highly educated workforce, supported by a strong pipeline of universities and technical programs, ensures a steady flow of skilled labor. This is particularly important for industries such as semiconductors, electronics, and precision manufacturing, where technical expertise is a core requirement.
Beyond workforce availability, Texas’ innovation economy plays a critical role. In Austin, strong venture capital investment and a dense startup ecosystem create an environment where new technologies are continuously developed and commercialized. For manufacturers, this proximity to innovation offers tangible benefits—access to research and development, opportunities for collaboration, and a deeper pool of specialized talent.
There is also a reinforcing effect at play. As more companies invest in the region, talent continues to concentrate, further strengthening the ecosystem. For SMEs, this creates a more stable and scalable environment in which to operate.
From Fragmentation to Ecosystems: Rethinking Industrial Parks
As Taiwanese companies expand into the United States, the model for industrial development is also evolving. Historically, large anchor companies have driven site selection, with suppliers and partners following in a fragmented, often reactive manner. While effective to a degree, this approach can lead to inefficiencies and missed opportunities for collaboration.
A more intentional model is now emerging—one that focuses on ecosystem design from the outset. Organizations such as the Taiwan Electrical and Electronic Manufacturers’ Association (TEEMA) are exploring the development of science and industrial parks in the United States that co-locate manufacturers, suppliers, and research entities. This approach enables closer collaboration, reduces logistical complexity, and strengthens supply chain integration.
The success of these parks depends on several key factors. Proximity to anchor industries remains important, particularly in sectors like semiconductors. Infrastructure readiness, including power, water, and transportation, is essential for operational efficiency. Equally important is access to talent, which determines whether companies can scale effectively over time. Finally, alignment with state and local policy frameworks can significantly influence both cost and speed of development.
Just as critical is connectivity to broader markets. Industrial parks that are integrated into regional and national logistics networks allow companies to expand beyond initial customer bases and access diversified demand. This ensures that co-manufacturing ecosystems remain resilient and commercially viable over the long term.
In this context, industrial parks are no longer real estate projects—they are platforms for sustained industrial collaboration.
Building the Future of Co-Manufacturing
The transition to “Made WITH Taiwan” reflects a broader evolution in global manufacturing—one that prioritizes partnership, resilience, and shared value creation. For SMEs, participating in this shift requires more than ambition; it requires a clear understanding of where and how to invest.
Texas, with its scale and economic strength, provides a compelling foundation. Austin, with its talent and innovation ecosystem, offers a differentiated pathway for growth. Together, they represent a practical and scalable solution for companies seeking to establish a presence in the United States.
Those that act early, plan strategically, and integrate into well-designed ecosystems will be best positioned to succeed. In this new era of manufacturing, collaboration is not just an advantage—it is the model.
