Xingte Technology Shines at the 2026 CWIEME Shanghai Coil Exhibition
2026/06/25
As a global technology leader in the field of intelligent precision winding equipment and a national-level "Key Specialized and Sophisticated 'Little Giant'" enterprise, Xingte Technology made a high-profile appearance at Booth J27 in Hall 1, showcasing a portfolio of intelligent manufacturing equipment for humanoid robot joint motors alongside flexible, full-scenario intelligent manufacturing solutions; the company attracted a large number of industry professionals for engagement and discussion right from the opening
Addressing common challenges across the fields of humanoid robots, new energy electric drive systems, and precision components—such as insufficient precision, poor mass-production consistency, and high costs associated with switching between specifications—Xingte Technology showcased a range of intelligent equipment that became the highlight of the event, distinguished by high precision, efficiency, stability, and compatibility.
Designed for the full-process manufacturing of high-precision joint motors for humanoid and collaborative robots, as well as coreless motors for dexterous hands. Its modular design ensures high power density and rapid dynamic response, making it suitable for the mass production plans (at the scale of tens of thousands of units) of leading humanoid robot companies.
Focused on the manufacturing of navigation-grade LiDAR drive motors for humanoid robots, drones, and new energy vehicles, this line achieves full-process automation—from components to finished products—with a yield rate of ≥98%. It delivers stable power for intelligent sensing systems, helping to enhance sensing precision.
Designed for the manufacturing of drone gimbal, propulsion, and resolver motors, this line covers key processes such as assembly, welding, and testing. Its modular design ensures product consistency while creating technological synergies and complementary application scenarios with the humanoid robot industry, thereby accelerating the development of the low-altitude economy.
Designed for PFC charging station inductors, high/low-frequency transformers, and SMD magnetic components, this line integrates automated processes—including winding, soldering, assembly, and electrical testing. It combines fully automated material handling with precision control to ensure the stability and reliability of magnetic components under rigorous operating conditions, empowering sectors such as new energy, home appliances, and industrial control.
Focusing on the reliability and stability of automotive ignition coils under harsh operating conditions—such as high temperatures and high voltages—this solution leverages high precision, high integration, and high efficiency to facilitate the large-scale, high-quality production of magnetic components for automotive electronics.
