ZJK Establishes Six-Series Precision Component Product Matrix to Expand Robotics Opportunities
Key Highlights
- ➤ZJK establishes six-series precision component portfolio for robotics applications
- ➤Integrated elastic flange targets vibration reduction, stability, and overload protection
- ➤ZJK supports bulk standard-model supply and customized humanoid robot components
- ➤ZJK collaborates with Chinese and U.S. logistics firms and a humanoid robot manufacturer
- ➤Machining precision reaches IT6–IT9 tolerance grades
Expert Statements
ZJK management, Management of ZJK Industrial Co., Ltd.
“A mature upstream precision component supply chain is critical to the continued development of the robotics industry. We believe that the robotics industry represents a potential growth opportunity for ZJK. We will continue to iterate on our products and manufacturing processes in response to evolving market demands, deepen collaborative R&D with robot manufacturers, and expand our presence in the global robotics precision components market to support the development of this business.”
SHENZHEN, China, Nov. 11, 2026 (GLOBE NEWSWIRE) -- ZJK Industrial Co., Ltd. (NASDAQ: ZJK) (“ZJK” or the “Company”), a high-tech precision parts and hardware manufacturer serving artificial intelligence (AI) infrastructure, consumer electronics, electric vehicles, aerospace and other smart technologies, today announced that it has established a core precision component product portfolio comprising six product series for the robotics industry to meet growing market demand.
The six-product series comprise precision gear transmission components, precision linear motion components, precision transmission connectors, robotic body load-bearing components, specialty fasteners for robotic arms, and robotic elastic components. Among these, the Company’s self-developed integrated elastic flange is one of its flagship proprietary products. The flange features a hollowed-out, integrated structure designed to provide preload backlash elimination, impact buffering, thermal deformation compensation and overload protection, helping reduce robotic joint vibration and improve operational stability.
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