Omron, a major Japanese automation equipment manufacturer, recently announced that it will establish a new automation center in Bangalore, southern India, a news that has attracted great attention from the industry.
Japanese manufacturing has long held a firm position in global automation technology. However, faced with supply chain restructuring in the US and China and the rise of manufacturing capabilities in Southeast Asia and India, how Japanese companies can rediscover the optimal path of “exporting technology and embedding it in the market” is a question that requires careful consideration. Omron’s choice of India not only reflects the industry trend of the Modi government’s “Make in India” policy, but also demonstrates Japan’s positioning of India as a future strategic manufacturing hub.
Omron’s global layout logic: India is just the next stop?
This isn’t the first time Omron has established an international automation center. In Tokyo, the United States, China, Singapore, and even Stuttgart, Germany, Omron has established mature testing and demonstration bases, collaborating with customers to simulate production lines and solve manufacturing problems.
Japanese companies excel at meticulous engineering and kaizen (on-site improvement). Through localized operations, Japan not only exports equipment but also a management and process mindset based on continuous improvement. This is a major advantage of Japanese manufacturing over German and American companies: they sell not just machines but also management expertise.
However, the question is whether India can truly embrace this “Japanese-style improvement model.” I must point out that while India boasts a vast market and demographic dividend, its industrial landscape and management culture differ significantly from those in Japan, and further verification will require time.
Can Japan grasp the potential and risks of Made in India?
India’s demographic dividend and policy initiatives have made it the next “supply chain star.” From semiconductors to food processing to pharmaceutical manufacturing, the Indian market is unleashing enormous demand.
However, for Japanese companies, India presents numerous challenges. First, infrastructure is inadequate. Power and logistics issues remain unresolved, hindering the stable operation of automated equipment. Second, the development of technical personnel. Although India is renowned for its software engineering expertise, it still lacks talent in precision manufacturing. When exporting technology, Japan must also export its education and training systems. This is precisely why Omron is placing particular emphasis on “technical training” services. In other words, Japanese companies aren’t simply selling hardware; they are using training to re-establish “Japanese-style manufacturing capabilities” in the local market. If successful, this initiative will significantly enhance the influence of Japanese industry in India. However, if training fails, the equipment could become mere decoration, a severe blow to Japan’s brand image.
Is India really the best choice for Japan’s strategy in the context of the US-China rivalry?
As the US-China trade friction persists, Japanese industrial chains are forced to consider a “China + 1” strategy or even a “China alternative.” Vietnam, Thailand, and Indonesia were once popular options, but their market size and depth of technical talent are ultimately limited. India’s advantages lie in its massive domestic demand, strong policy support, and youthful population. However, Japanese companies entering India still face greater uncertainty. For example, while high US tariffs impact China, they also affect India. Furthermore, while India’s policies are proactive, implementation remains inconsistent, requiring long-term patience and strategic flexibility for foreign investors.
Whether Japan can truly establish a “model for Japan-India industrial cooperation” through cases like Omron will determine the direction of the manufacturing landscape over the next decade. For Japanese manufacturing, India presents both opportunities and risks. If this model succeeds, India will become a new fulcrum for Japanese technology exports; if it fails, it could undermine the international confidence of Japanese industry.
Can the Omron model be replicated successfully?
Omron’s establishment of an automation center in India may seem like a routine internationalization move, but it actually carries considerable significance. The author believes that the success of this initiative will impact the position of Japanese manufacturing in the global supply chain restructuring process. Japanese companies have a long history of exporting technologies related to “on-site improvement” and “high reliability,” while India lacks these capabilities and culture, creating a complementary relationship between the two. However, whether this complementarity can translate into true synergy depends on Omron’s ability to convince Indian manufacturing sites to adopt “Japanese-style processes.” If training and education systems are not implemented, the company risks becoming a mere equipment salesperson, lacking future competitiveness.
India does possess a vast market and favorable policies, creating a strong demand for automation in its semiconductor, food, and pharmaceutical industries. However, I’ve noticed that Japan isn’t the only competitor in the Indian market; major European and American manufacturers, as well as Chinese companies, are also actively pursuing their presence. Whether Japanese manufacturing can achieve new breakthroughs on the international stage through India’s automation hub remains to be seen.
