Synopsis:Growing demand for AI chips, data center equipment, and intelligent automation software is driving a new wave of industrial robot adoption worldwide.

The global industrial robot market returned to growth in 2025, driven by rising investments in semiconductor production, electronics manufacturing, and AI infrastructure.

According to Interact Analysis, global industrial robot shipments increased 5.1% in 2025, marking a recovery after recent market challenges. The research firm expects continued expansion through 2030 as manufacturers accelerate automation and AI technologies make robots easier to deploy and operate.

One of the strongest growth drivers is semiconductor manufacturing. Surging demand for AI chips and advanced electronics is pushing factories to invest in articulated robots, SCARA robots, and mobile collaborative robots for wafer handling and precision production tasks. Interact Analysis forecasts robot sales in the semiconductor sector will grow at a compound annual rate of 7.8% through 2030.

AI data center construction is also creating new opportunities for automation. Robots are increasingly being used to assemble server cabinets, inspect components, and support printed circuit board production. Collaborative robots, or cobots, are particularly attractive because they can safely work alongside human employees while adapting to changing production requirements.

Beyond hardware demand, artificial intelligence is transforming how robots are programmed. New AI-powered software enables natural-language interaction, enhanced machine vision, and low-code or no-code robot programming, reducing one of the biggest barriers to factory automation: integration complexity.

Recent demonstrations of AI-enabled robots performing cable sorting and tracking moving components for precision assembly highlight how advanced software is expanding the range of manufacturing tasks that robots can perform.

As AI adoption accelerates worldwide, industrial robots are becoming a critical technology for manufacturers seeking higher productivity, greater flexibility, and scalable production capacity.