In highly automated production lines where every microscopic movement must be executed with flawless precision and complex processes flow with maximum efficiency, the backbone of this technological marvel lies in advanced motion control systems. Dingzhi Technology (Stock Code: 920593) has emerged as a key player in this field, delivering customized precision motion control solutions that drive intelligent upgrades across industrial automation, medical equipment, new energy vehicles, and robotics sectors.
Global Presence With Localized Expertise
Founded in 2008 and headquartered in Changzhou, Jiangsu Province, this high-tech enterprise has maintained a dual focus on independent innovation and global expansion. The company operates an 80,000-square-meter intelligent manufacturing base in China while establishing a second production facility in Thailand. With subsidiaries in the United States and South Korea, Dingzhi Tech has built a worldwide production and service network capable of rapid response to international client needs.
Core Competencies in R&D and Manufacturing
The company's competitive edge stems from its comprehensive in-house capabilities spanning research, development, and full-process manufacturing. Its product portfolio includes precision stepper motors, DC motors, screw assemblies, and motion controllers, protected by over 160 patents. These patented technologies ensure industry-leading performance in accuracy, reliability, and functionality, while the company's customization capabilities allow tailored solutions for specialized applications.
In medical equipment applications, Dingzhi Tech's brushless hollow cup motor series has gained significant traction due to its lightweight design and high-efficiency performance. Available in 12 frame sizes ranging from 6-42mm, this product line supports diverse medical scenarios. The company further enhances product versatility through integrated solutions including gearbox combinations, encoder integration, and screw assembly configurations. Full-process control over critical components guarantees the precision and reliability essential for medical device operations.
The company's motor products demonstrate exceptional performance in robotics, featuring high power density and precise control characteristics. Their compact, flexible designs meet the demanding requirements of robotic joints and advanced automation equipment. Through customized solutions, Dingzhi Tech enables robot manufacturers to achieve lightweight, high-efficiency designs that enhance overall system performance.
Future Roadmap and Industry Engagement
Looking ahead, the company plans to deepen its expertise in precision motion control while expanding into new application areas. Technological innovation and customer needs will remain central to its product development strategy. The company has announced participation in an upcoming robotics industry exhibition scheduled for April 2026 in Shenzhen, where it will showcase its latest technological achievements.
Dingzhi Tech is actively developing an integrated service platform that combines development and manufacturing capabilities. Focusing on electromechanical modules, control algorithms, and complete machine integration as key industry chain components, the company aims to drive collaborative innovation across the value chain. Through scenario-driven approaches and enterprise-led initiatives, it plans to organize multiple closed-door meetings concentrating on cutting-edge fields like embodied intelligence, accelerating the transformation of technological breakthroughs into practical applications.
The company will also participate in various industry exchange activities including open-source forums and standardization workshops, collaborating with technical experts and policymakers to foster healthy ecosystem development. These efforts position Dingzhi Tech to play two strategic roles in the global robotics market: providing hardware development kits to lower entry barriers for new robotics ventures, and offering humanoid robot platforms to support artificial intelligence validation and advancement.