A One-Page Guide to Omron’s 90-Year Comeback: From a Small Kyoto Workshop to a Global Hidden Champion—Why Chinese Factories Can’t Do Without It Either?

In 1990, to unify its brand identity, Tateishi Electric officially changed its name to the Omron Group. From then on, the name 'OMRON' began its ascent as a gold-standard brand in the automation industry. II. The Secret Sauce: The SINIC Theory and 'Societal Needs'-Driven Innovation To talk about Omron without mentioning the SINIC theory is like visiting Beijing but skipping roast duck. Proposed by Kazuma Tateishi in 1970, SINIC stands for 'Seed-Innovation to Need-Impetus Cyclic Evolution.' This theory predicts that human society will sequentially progress through five stages—industrial society, mechanized society, automated society, information society, and finally, the 'optimized society'—and will enter the 'autonomous society' by 2025. In this societal paradigm, humans and machines achieve perfect synergy: machines handle tasks they excel at, while humans focus more on pursuing life satisfaction and spiritual fulfillment. Sounds complicated? Put simply: technological innovation sparks new societal needs, and evolving societal needs, in turn, drive further technological innovation—a self-reinforcing cycle. How does this theory translate into practice? A classic example is Omron’s table-tennis coaching robot, FORPHEUS. It originated from Kazuma Tateishi’s vision of a future where humans and machines coexist seamlessly—not with machines replacing humans, but rather enhancing human potential. Equipped with advanced sensors, FORPHEUS precisely tracks both the ball and the player’s movements; its controller dynamically adjusts return shots based on the player’s skill level, progressively improving their technique through continuous rallies. This isn’t about showmanship—it’s a demonstration of Omron’s philosophy on the evolution of human-machine relationships: from 'replacement' → 'collaboration' → 'integration.' Guided by this theory, Omron never engages in isolated R&D behind closed doors. Instead, it proactively identifies future societal pain points and develops solutions accordingly. When aging societies emerged as a global challenge, Omron doubled down on home-use blood pressure monitors; when Industry 4.0 arrived, Omron launched its 'i-Automation!' solution suite. In its 2025 strategic initiative, 'Shaping the Future 2030,' Omron continues applying this theory—focusing on digital society, carbon neutrality, and extending healthy lifespans. III. A Dual-Faced Empire: Two Core Business Pillars Let’s break down Omron’s business portfolio—simplified into two major segments: B2B industrial automation and B2C health care. If industrial automation is Omron’s 'heart,' health care is its 'face.' 1. Industrial Automation (IA): The Real Cash Cow This is Omron’s most profitable business segment. What does Omron offer here? - PLCs (Programmable Logic Controllers): The 'brain' of factories, orchestrating every motion on production lines. - Sensors / Relays / Switches: The 'nerve endings' of factories, detecting temperature, pressure, position, and more. - Robots: Including the world-famous table-tennis coaching robot capable of playing against world champions. In the highly technical mid-to-large-scale PLC market—where Siemens leads with a 44.2% share—Omron holds a solid second place with 9.6%, ahead of Mitsubishi (7.1%) and Rockwell Automation (5.7%).

2026 Industrial Expo | Omron Automation Embarks on a New Journey: GEMBA DX Digital Transformation On-Site, Leading SF2030 Stage 2

This exhibition zone highlights Omron’s core products and components tailored specifically for the Chinese market and digital transformation. Locally developed new offerings—including the compact NF-series controllers, C6 & 3S-series servo systems, and E3ZG-V color sensors—were all showcased. Also featured were newly launched digital products such as the Data Flow Controller DX1, IO-Link master GD, and remote terminal NXR-S. With high cost-performance, reliability, and ease of use, these products provide manufacturing enterprises of all scales—from single machines to full production lines—with comprehensive solutions. Interactive demonstrations ran continuously throughout the zone, allowing visitors to observe firsthand how these products work together to lay a robust foundation for smart manufacturing. Revolutionary Applications Pushing the Boundaries of Precision Manufacturing In the realm of cutting-edge applications, Omron focused on high-end manufacturing sectors—including semiconductors, electronics, and new energy—and demonstrated several breakthrough solutions. Its uniform temperature control technology applied to SEMI-standard spin coaters and developers has broken foreign technological monopolies, accelerating domestic equipment development in China’s semiconductor industry. Its motion control technology enables ultra-high-speed machining at sub-micron precision—meeting demanding requirements for nanoscale micro-fabrication of complex geometries, thereby boosting both productivity and product quality. Intelligent field monitoring captures early signs of anomalies, enabling visualized equipment status tracking and efficient maintenance—improving overall equipment effectiveness (OEE). AI-powered vision inspection eliminates manual visual checks, delivering stable, reliable quality assurance and effectively addressing labor shortages. On-site engineers engaged deeply with customers, and many visitors personally operated the equipment—experiencing first-hand the leaps in efficiency and quality brought by smart manufacturing. Data Solution: Steering the Industrial Digital Future Addressing manufacturers’ digital transformation needs, Omron presented its holistic Data Solution framework. Spanning from manufacturing maturity diagnostics to intelligent production management platforms, the solution encompasses OEE Accelerators, traceability systems ('Pinji'), AI-driven SOP-based production-line behavioral error prevention, predictive maintenance, and AI agents. Omron demonstrated how data collection, analysis, and optimization form a closed loop—helping enterprises dismantle data silos and achieve integrated management across production, quality, equipment, and energy. Live dashboards displayed real-time production line data, enabling visitors to intuitively grasp how the 'visualize–analyze–optimize' management cycle becomes operational reality. The i-BELT Hub and IT-OT convergence solutions further illustrated seamless decision-making loops—from shop-floor operations to enterprise-level strategy—prompting numerous customers to engage in in-depth discussions with technical experts regarding their specific challenges.

Omron Acquires US Industrial PC Firm Onlogic for $675 Million in Physical AI Push

19 hours ago

Japanese automation giant Omron has agreed to acquire US industrial PC manufacturer Onlogic for $675 million to develop physical AI services within its industrial automation business.

reuters

2026-10-12

Omron Acquires US Industrial PC Firm Onlogic for $675 Million in Physical AI Push

Omron Acquires US Industrial PC Firm Onlogic for $675 Million in Physical AI Push

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