SOLOWIN Expands Web3 and Data Science with CITIC Partnership in Saudi Arabia

ZJK Industrial has integrated a patented six-flap eccentric chuck into its production line, improving efficiency and reducing workpiece deformation risk. The chuck efficiently clamps irregularly shaped, eccentric, and thin-walled workpieces, minimizing reliance on operator alignment skills. It is particularly suitable for AI servers, robotics, and industrial automation components, such as custom chassis, seals, and EMI shields. The six-flap eccentric chuck is patented by China National Intellectual Property Administration with a 10-year term.

ZJK Industrial (NASDAQ: ZJK) has made a significant advancement in its manufacturing capabilities by integrating a patented six-flap eccentric chuck into its production line. This innovative chuck, protected by a 10-year patent from China's National Intellectual Property Administration, is designed to efficiently clamp irregularly shaped, eccentric, and thin-walled workpieces [1].

The six-flap eccentric chuck features an automatic geometric center adaptation system, which provides even force distribution, significantly reducing the risk of workpiece deformation. This technology is particularly valuable for manufacturing components used in AI servers, robotics, and industrial automation, aligning with the growing demand for specialized components in the expanding global AI server market [1].

The core advantage of this chuck lies in its ability to efficiently, precisely, and conveniently clamp challenging workpieces that are difficult to secure using traditional clamping methods. Patented by the China National Intellectual Property Administration, the chuck features a unique eccentric structure that automatically adapts to the geometric center of a workpiece. This structural innovation significantly reduces or even eliminates the need for manual alignment, greatly improving clamping efficiency and consistency [1].

From a production perspective, the technology enables faster changeovers and higher throughput for complex parts. By simplifying the clamping operation, ZJK can more easily integrate this process into automated production lines, reducing labor costs while improving quality consistency [1].

The six-flap eccentric chuck is particularly well-suited for securing thin-walled, easily deformable parts, such as cooling systems found in AI accelerators. Its high structural rigidity also enables it to withstand high cutting forces after clamping [1].

This advancement positions ZJK strategically within the AI server component supply chain, particularly for high-value parts requiring precision machining. As AI deployment accelerates globally, demand for these specialized components—including custom chassis, accelerator sleds, and cooling systems—is growing exponentially, creating significant expansion opportunities for manufacturers with superior technical capabilities [1].

References:
[1] https://www.stocktitan.net/news/ZJK/zjk-industrial-boosts-production-efficiency-for-ai-servers-and-dfnjmt703by1.html