China has exported a growing number of industrial robots across all its markets, with an upward trend. These machines offer competitive prices compared to Western equipment, which could be a game-changer for economies long excluded from automation. Except that access to equipment is not enough: without the engineers capable of integrating these robots into production lines, the technology runs idle, and new forms of dependency can emerge.
The Essential Points
- Chinese exports of industrial robots are experiencing significant year-on-year growth.
- Prices lower than Western equipment make automation financially accessible to a growing number of SMEs that were previously excluded from it.
- Southeast Asia has unequal capacities in local systems integrators depending on the country and segment: robots are arriving, but the skills to deploy them vary greatly from one territory to another.
- Where high prices excluded, low prices can create new forms of dependency: part of the value depends on software architecture and integration expertise.
- The distribution of productivity gains over the coming decade will also depend on the structure of the ecosystem surrounding the machines.
The Barrier Shifts When Price Falls
For decades, industrial automation in Southeast Asia faced a simple obstacle: cost. A welding or assembly robot from a German or Japanese brand represented a substantial investment for many Thai, Vietnamese, or Indonesian manufacturers. Large multinationals could afford it; local subcontractors could not.
The Chinese robotics industry has altered the cost structure. Several Chinese manufacturers produce robotic arms at prices competitive with Japanese and European brands. As a result, manufacturing SMEs that used to reason in terms of cheap labor are beginning to think in terms of automation. Thailand, whose Special Economic Zone EEC (Eastern Economic Corridor) aims to attract automotive and electronics industries, is receiving imports of Chinese industrial robots.
This movement is not a market accident. It is part of a deliberate export strategy: China has been the world’s largest robotics market since 2013, ahead of Japan and South Korea according to the IFR, and its industry is seeking outlets in a region that combines manufacturing growth and low robot density. The formula is well-known: move down the experience curve, lower prices, conquer emerging markets. What solar photovoltaics did to panels, Chinese robotics is attempting on articulated arms.
The fact that factories previously operating manually can suddenly consider automation is, in itself, a genuine advance. The productivity gains linked to robotization, when they materialize, have in other contexts enabled wage increases for skilled operators and generated margins for investment. The potential exists. The question is who captures it, and how.
Cheap Hardware Does Not Deploy Itself
Buying a robot and integrating it into a production line are operations of radically different complexity. The latter requires systems integrators: engineers capable of analyzing an industrial process, programming robot trajectories, connecting sensors, calibrating the whole system, and training operators. These skills take years to develop and presuppose a dense network of technical training, industrial service companies, and accumulated experience feedback.
Southeast Asia has heterogeneous integration capacities, with gaps in several advanced specialties. The Thai market presents limited capacity in local integrators to deploy purchased systems. Robots arrive in factories, but their integration into production lines occurs at variable rates. Chinese suppliers propose or work with integration teams, which can create dependencies that need contractual oversight.
This shift deserves to be named with precision. A dependency on hardware can be reversed: other suppliers can offer compatible machines. A dependency on proprietary software architecture and integration protocols tends to persist longer than material dependency. It is the difference between buying a phone and being locked into an application ecosystem. The cost of exit accumulates silently as the infrastructure is deployed.
Thomas Philippon has documented this mechanism at the scale of Western markets in his work on concentration and rent: when an actor controls the architecture of a system, the layer that makes other layers function, he is able to capture sustainable rent even while offering competitive entry prices. The logic applies here. Cheap hardware lowers the entry barrier; the absence of a local application layer can create obstacles to exit. Rent migrates; it does not disappear.
Real Accessibility That Does Not Automatically Translate Into Sovereignty
We must distinguish between two questions often confused: the accessibility of a technology and the capacity to direct its benefits. Access to cheaper industrial robots makes automation accessible to economies that were previously excluded by the previous cost, which constitutes real progress. But financial accessibility alone does not determine who captures productivity gains or under what conditions workers experience this transition.
On this point, available data on other waves of automation invite caution. According to available research, automation can affect wage distribution; this phenomenon is particularly observed in the absence of retraining programs. Southeast Asia exhibits several of these characteristics in its most exposed manufacturing segments.
The optimistic reading, notably carried by researchers close to progress studies, emphasizes that robotization generates complementary jobs—maintenance technicians, skilled operators, flow managers—and that productivity gains can be redistributed if labor institutions are solid. This reading is founded: it relies on sectoral data, particularly in Korean automotive and certain segments of Taiwanese electronics. But it precisely presupposes the existence of these institutions, these trainings, this ecosystem of complementary competencies. In their absence, technology produces its least favorable effects.
The Southeast Asia case is instructive because it stages both logics simultaneously: financial accessibility is progressing, institutional capacity to absorb technology is progressing more slowly. The gap between the two affects the distribution of benefits.
Thailand Wants to Move Upmarket, Not Just Equip Itself
The Thai Eastern Economic Corridor illustrates both ambitions and constraints. Launched in 2017 and endowed with significant tax incentives, the corridor aims to attract investments in electric vehicles, medical electronics, and advanced robotics. The Thai government has explicitly identified the upgrading of industrial competencies as a national priority, in connection with partnerships with technical universities and foreign manufacturers.
This framework gives the wave of cheap Chinese robots different meaning depending on the perspective adopted. For investors establishing themselves in the EEC, less expensive equipment lowers the break-even threshold for new production lines. For Thailand’s government objective of moving upmarket, however, without skills transfer accompanying equipment imports, Thailand risks remaining confined to the role of assembler, a status it is precisely seeking to surpass.
South Korea and Taiwan succeeded in their transition to high-value industry by combining access to foreign technologies with aggressive development of local competencies, notably through public-private R&D consortia and massive technical training programs. Vietnam and Thailand know the manuals. The difficulty lies in execution: margin pressure inclines companies to prefer turnkey solutions over investment in training local engineers.
The analogy with research and external funding is striking: accepting dependency on an architecture supplied from outside could limit the capacity to direct one’s own industrial development. Software defines the hardware one can use tomorrow.
Whoever Masters Integration Masters Added Value
The question of the integrator is more strategic than it appears. In an automated production line, the systems integrator designs or implements the system architecture: which robots, what supervision software, what communication protocols between machines, how production data is collected and processed. These choices create lasting dependencies. Changing robot suppliers is costly but possible; changing integration architecture can be costly and complex depending on existing interfaces and equipment.
Chinese suppliers have understood this stake. Companies such as Huawei Industrial Internet or DJI work with partners on the Industrial Internet, connectivity, and vision solutions. This verticalization is not without precedent: major Japanese and German integrators have practiced the same logic for decades. But in the current geopolitical context, it raises additional questions about production chain resilience and access to industrial data.
Governments in the region are beginning to grasp this. ASEAN has binding or harmonized frameworks in certain sectors, without evidence found of a specific binding regional framework dedicated to industrial systems interoperability. Singapore, with a more developed network of local integrators than its neighbors, is experimenting with certification programs for industrial robotics technicians, a model that Thailand and Vietnam are watching.
The dynamic recalls what Thomas Philippon described for Western digital markets in The Winners of Competition: competition on hardware can obscure concentration at higher layers, where a significant share of value is created. Applying this framework to Southeast Asia means anticipating that the cheap robot battle is only the first act, and that the second will be played out over protocols, data, and competencies.
Gains and Losses for Southeast Asia by 2035
The trajectory opening over the next decade is not written. Two dynamics will confront each other, and their outcome will depend on choices that governments, companies, and training institutions make in the coming years.
In a first scenario, the financial accessibility of Chinese robots triggers a wave of automation that gathers momentum without the network of local competencies developing at the same pace. Chinese suppliers consolidate their position as dominant integrators. Factories in the region become more productive, but their industrial architecture remains dependent on a decision-making chain running through Shenzhen or Shanghai. Productivity gains are partially redistributed as wages for skilled technicians, but the mass of displaced manual jobs finds few converted outlets. Southeast Asia gains efficiency and loses industrial autonomy.
In a second scenario, several countries, Thailand and Vietnam leading, with Singapore as a competency hub, invest massively in training local integrators, develop regional interoperability standards, and negotiate technology transfer as a condition for market access. Access to cheap Chinese machines could become an accelerator of upmarket movement if accompanied by the development of local integration competencies. This scenario is more costly in the short term and politically more complex, but it reproduces the path that Korea and Taiwan followed forty years earlier.
Between the two, a probable intermediate scenario: growing differentiation between countries. Singapore, with its training level and institutional capacities, will pull upward. Less well-endowed countries will remain in dependency. ASEAN, if it manages to coordinate its industrial policy—which remains a considerable challenge—could mitigate this gap by pooling investments in training and standardization.
What is certain is that the cheap robot does not settle the question by itself. Technology is a lever, not an answer. The economies that will benefit most from hardware access will be those that have considered it a lever for developing local integration capacity, not as a turnkey import solution. The difference between the two trajectories will be measured in technical school curricula, in industrial development agency budgets, and in governments’ ability to demand transfer conditions in their commercial negotiations.
Southeast Asia has a window: cheap automation is a rare lever, one that a region of abundant labor had not yet had. The open question is simple to formulate, difficult to answer: who will build the integration layer, and in whose interest?
Sources
- ChinaPower Project (CSIS), “China Industrial Robots,” April 2026, https://chinapower.csis.org/china-industrial-robots/
- Thailand Business News, “Robot integration gaps in Thailand’s EEC,” March 2026, Thailand Business News (link not guaranteed)
- International Federation of Robotics, World Robotics 2025, IFR (link not guaranteed; annual report available at ifr.org)
- Thomas Philippon, The Winners of Competition: Why France is Outperforming the United States, Éditions du Seuil, https://www.seuil.com/ouvrage/les-gagnants-de-la-concurrence-thomas-philippon/9782021467536
- Springer Research, studies on robotic integration in Southeast Asia, Springer (link not guaranteed)
