China's robotics revolution: a transformative opportunity for Africa

China has emerged as a global leader in robotics, with approximately 295,000 industrial robots installed in 2024, accounting for 54% of the world's installations. The country's operational stock exceeds two million robots, firmly establishing it as the world's largest market for industrial robotics.

This transformation is the result of a unique blend of long-term state planning, large-scale industrial demand, substantial research funding, extensive manufacturing capacity, and a vast domestic market. Chinese robotics companies can test their products in various industries before commercializing them, leading to rapid cycles of experimentation, cost reduction, and deployment.

Looking ahead, China is increasingly focusing on humanoid and embodied intelligence systems, committing over US$20 billion to the sector in the past year and establishing a one-trillion-yuan fund to support artificial intelligence, robotics, and related technologies. However, the hype surrounding humanoid robots should be taken with caution, as industrial robots remain more mature and immediately useful for developing economies.

For Africa, Chinese robotics advances present a transformative opportunity, particularly in manufacturing, healthcare, agriculture, mining, and skills development. Africa needs reliable, affordable, and repairable technologies that can address chronic weaknesses in these sectors. Robots capable of sorting recyclable material, inspecting railway lines, harvesting crops, handling hazardous chemicals, supporting warehouse operations, or assisting with medical diagnostics could significantly improve productivity and social benefits.

In agriculture, Chinese robotics could help address labour shortages, water constraints, poor logistics, and unpredictable weather. Precision planting, targeted irrigation, crop monitoring, and early disease detection through AI-linked robotic systems could enhance efficiency and sustainability.

In healthcare, robotics can extend the reach of limited professional capacity in African countries facing doctor, nurse, and technician shortages. Remote diagnostic tools, automated laboratory equipment, rehabilitation devices, and hospital logistics robotics can reduce workloads and improve access to care, especially in rural areas.

South Africa is well-positioned to benefit from China's robotics revolution. With an advanced industrial base, established universities, mining expertise, and a substantial automotive sector, South Africa could leverage Chinese technology partnerships to modernize manufacturing, strengthen local component production, and improve the competitiveness of its vehicle, minerals-processing, and renewable-energy industries.

The Department of Science, Technology, and Innovation has already pursued partnerships with Chinese technology companies in artificial intelligence, cloud computing, next-generation networks, and skills development. Pilot projects, such as an AI-powered automotive painting robot in South Africa, demonstrate the potential for introducing Chinese systems into specific industrial applications rather than treating them as abstract technological imports.

In the mining sector, robotics can enhance safety and efficiency in South Africa's deep-level mines through autonomous vehicles, remote-controlled drilling systems, and robotic inspection equipment.