Topband Motor at the Hi-Tech Fair: Robot Drives Gain Attention, Dexterous Hand Module Wins Innovation Award!

On November 16, 2025, the 27th China Hi-Tech Fair (CHTF) successfully concluded. Topband Motor showcased its core products at the event, presenting the company’s micro motor technology portfolio and future-oriented industrial roadmap. The exhibition not only demonstrated Topband’s technical strengths but also served as a platform to connect with potential partners and downstream customers. Topband aims to promote broader, application-driven adoption of motors across industrial automation, robotics, power tools, and other fields.

At this year’s CHTF, Topband Motor’s robot hand joint module received the “Outstanding Scientific Achievement Innovation Award,” thanks to its high structural integration, fast dynamic response, and precise control performance. Leveraging Topband’s deep expertise in micro drive systems, electromagnetic design, and precision transmission, the module features a high power-density motor paired with an optimized reduction mechanism, enabling faster response and enhanced stability. The award recognizes not only the product’s performance but also Topband’s continuous investment and achievements in innovation of core robotic components.

Product Portfolio: Full-Spectrum Capability from Components to Systems

BLDC Motors:
Several BLDC motor samples were displayed, each optimized for efficiency, noise performance, and dynamic response. These motors address typical applications in power tools, drones, and automotive components.

Coreless Motors:
Topband showcased its coreless motor series ranging from φ8–40 mm. With a slotless design, the series excels in compact scenarios requiring high responsiveness and precision, making it ideal for medical devices, precision robotics, and automation equipment.

Robot Hand Joint Module System:
To meet the needs of dexterous hand applications, multiple joint module solutions were presented, featuring combinations such as high torque, low noise, and precise positioning. On-site engineers provided detailed explanations on structural integration and application scenarios, attracting strong interest from robotics manufacturers.

Through this technology matrix, Topband aims to provide customers not only with individual motor products but with complete system-level capabilities—including motors, gearboxes, drive control, and application-level integration—becoming a trusted partner across multiple industries.

Demonstrating Strength: From Prototypes to Full Solutions

At the exhibition, Topband Motor showcased several representative prototypes, including the robot hand joint modules and drive control units, drawing significant attention from visitors. The technical team introduced each product with clear, scenario-based demonstrations covering structural design, electromagnetic configuration, and control strategies, helping visitors understand performance advantages and use cases in real-world conditions.
Through hands-on displays and interactive engagement, customers gained a more intuitive understanding of product performance as well as Topband’s strong capabilities in R&D, testing, and engineering execution.

Technical Accumulation: Engineering System Underpinning Product Reliability

At this CHTF, Topband highlighted the depth of its engineering system developed over years of practice. The R&D team—drawing experience from the automotive, robotics, power tools, and medical industries—possesses strong cross-disciplinary system design capabilities and can provide feasible technical solutions based on customer-specific operating conditions directly on-site.
Behind every prototype on display stands Topband’s mature front-end engineering development system, covering motor structural design, gear transmission systems, magnetic circuit design, and manufacturing processes—all developed in-house.

Looking Ahead: Bringing Technology into More Real-World Scenarios

Topband Motor continues to advance the domestic development of core robotic components, addressing key technical challenges and providing reliable动力 support for humanoid robots and intelligent equipment in China and around the world.
Moving forward, the company will maintain an open and collaborative approach, working with ecosystem partners to accelerate large-scale deployment of motors in robotics, power tools, automotive components, and medical devices—building a more efficient and robust technological ecosystem.