Hung Hing Expanded Manufacturing Automation and Solar
The manufacturer integrated robotics and private AI systems while increasing clean energy capacity across its facilities.
Updated on Sept. 21, 2026 in Robotics
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Hung Hing has implemented autonomous mobile robots and stacking systems at its manufacturing sites as part of a move toward smarter factory operations. The company also completed a solar installation in Vietnam that generates 1,600,000 kWh of clean electricity annually.
Why it matters
By deploying internal AI for document processing and consolidating production, the company aims to increase efficiency while securing intellectual property. These investments in automation and renewable energy track with a broader shift in manufacturing toward integrated digital and sustainable operations.
The Vietnam facility solar project utilizes a 1,000 kWp photovoltaic array to offset energy consumption. Additionally, over 90% of the paper used across company facilities now meets forestry certification or recycled content standards.
The players
Hung Hing
A packaging and printing manufacturer that operates multiple facilities across China and Vietnam.
The details
Hung Hing is deploying autonomous mobile robots (AMRs — robots that navigate without tracks or guides) and robotic stacking arms to streamline workflows in its carton printing workshops. To handle logistics, the company developed internal AI solutions using large language models and OCR (optical character recognition — a technology that converts images of typed or handwritten text into machine-encoded text) to automate invoice processing and project estimation on-premises.
Timeline
May 2026: The company completed the second phase of its solar photovoltaic installation in Vietnam.
The Tech Race
Hung Hing is positioning its manufacturing stack to compete with modernized, automated peers by consolidating production into specialized hubs in Zhongshan and Shunde. This shift reflects a wider industry race to integrate private, secure AI models into standard supply chain workflows.
The transition to smart factory equipment is intended to improve workplace safety and operational consistency for the manufacturer's internal teams. These changes occur behind the scenes of the printing and packaging process rather than impacting direct-to-consumer user interfaces.
The takeaway
The move demonstrates a commitment to balancing advanced robotics with energy-efficient infrastructure. Observers should track the scheduled 1,000 kWp solar expansion at the Zhongshan facility to gauge the pace of the company's long-term sustainability roadmap.
Further reading
For more on how manufacturers are automating production floors, see Robotics.
Source note: This article includes information reported by PublishersWeekly.
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