Rebuilding Joint Dynamics, Driving the Future of Humanoid Robots: Xingte Technology Shines at the 2026 Hangzhou Internat

On May 14th, 2026, the 2nd Hangzhou International Humanoid Robot and Robot Technology Exhibition grandly opened at the Hangzhou Convention and Exhibition Center. This exhibition, with the core theme of "Reshaping Embodied Intelligence and Empowering New Industrialization", brings together nearly 600 leading enterprises and research institutions in the global industrial chain, becoming a core platform to showcase the technological breakthroughs and commercial application of humanoid robots.

τα τελευταία νέα της εταιρείας για Rebuilding Joint Dynamics, Driving the Future of Humanoid Robots: Xingte Technology Shines at the 2026 Hangzhou Internat 0

As a global technology leader in the field of precision winding intelligent equipment, Xingte Technology made a grand debut with its "joint motor intelligent Manufacturing Equipment Matrix + All-Scenario flexible intelligent Manufacturing Solution". Through three core dimensions: live machine demonstration, presentation of flexible production systems, and resolution of industry pain points, a clear signal has been conveyed to the outside world: the upper limit of the "physical strength" of humanoid robots depends on the lower limit of the "process" of the coils. And Xingte Technology is defining this lower limit.

τα τελευταία νέα της εταιρείας για Rebuilding Joint Dynamics, Driving the Future of Humanoid Robots: Xingte Technology Shines at the 2026 Hangzhou Internat 1

I. Hardcore Equipment: Focusing on the Core Pain Points of humanoid Robots with precision Technology

in response to the long-standing problems of efficiency, accuracy, and reliance on manual labor in the production of humanoid robot joint motor coils, Xingte Technology showcased a variety of customized intelligent winding equipment, precisely matching industrial demands.

1.Hollow Cup motor winding machine: The "Miniature Heart" of the Dexterous hand

τα τελευταία νέα της εταιρείας για Rebuilding Joint Dynamics, Driving the Future of Humanoid Robots: Xingte Technology Shines at the 2026 Hangzhou Internat 2

The full-process automated design supports constant tension winding of ultra-fine enameled wire (with a minimum wire diameter of Φ0.08mm), featuring high stability advantages. It precisely matches the manufacturing requirements of lightweight finger joint motors for humanoid robots and can fully meet the differentiated power output demands of multiple joints. After its launch, it quickly gained wide recognition in the market.

2.Ma Da Cheng Yuan Laser Welding Machine: "Integrated Intelligent Manufacturing Unit" of Frameless Motor

τα τελευταία νέα της εταιρείας για Rebuilding Joint Dynamics, Driving the Future of Humanoid Robots: Xingte Technology Shines at the 2026 Hangzhou Internat 3

For the manufacturing of frameless motors with high power density, Xingte Technology integrates stator assembly, laser welding and cooling forming into one. Relying on the multi-axis linkage control and visual positioning system, the welding accuracy reaches ±0.01mm, and it supports flexible switching between full and semi-automatic modes. This equipment has been widely applied in fields such as humanoid robots and aerospace, where the torque-to-weight ratio is strictly required.

3. Fully automatic Precision Wire arrangement and winding machine: The "Stabilizing Needle" for Torque consistency

τα τελευταία νέα της εταιρείας για Rebuilding Joint Dynamics, Driving the Future of Humanoid Robots: Xingte Technology Shines at the 2026 Hangzhou Internat 4

Specializing in the stator winding of various types of motors such as automotive motors, unmanned aerial vehicle motors, and household appliances, we achieve "zero pinholes" (no damage to the paint film) high-quality winding with four-station synchronous operation and precise wire layout technology, significantly enhancing production efficiency and torque output consistency, providing key support for the localization of high-precision motors.

2.the fully automatic production line solution defines a new height for the scale of intelligent manufacturing

When humanoid robots move from the laboratory to mass production of tens of thousands of units, single-machine automation is far from enough; full-line automation is the answer. At this exhibition, Xingte Technology showcased three fully automatic production lines for the first time in a panoramic view, directly addressing the bottlenecks in large-scale manufacturing

1. Robot joint module automatic line: The intelligent manufacturing engine for humanoid robot joints

τα τελευταία νέα της εταιρείας για Rebuilding Joint Dynamics, Driving the Future of Humanoid Robots: Xingte Technology Shines at the 2026 Hangzhou Internat 5

For the high-precision motor coil winding field of humanoid robots, collaborative robots, etc., Xingte Technology has developed a fully automatic motor production line. This production line integrates the entire process from core feeding, automatic winding, insertion of insulating paper, precise assembly to online performance testing, achieving unmanned or minimally manned production. Its high-precision motion control and modular process design ensure the high power density and ultimate response speed required for humanoid robot joint motors, providing a stable and efficient intelligent manufacturing engine for high-end motor manufacturing, and perfectly meeting the mass production needs of joint motors for mainstream humanoid robots in the industry.

2. Lidar galvanometer motor automatic line: The precision manufacturing hub of the perception system

The autonomous navigation and intelligent obstacle avoidance of robots, unmanned aerial vehicles and new energy vehicles cannot do without the support of lidar at the core. The accuracy of the galvanometer motor inside the radar directly determines the stability of the point cloud data. The Xingte Technology Lidar galvanometer motor automatic line has achieved full-process automated production of galvanometer motors from components to finished products. It is widely applicable to fields such as humanoid robot navigation-level liDAR, vehicle-mounted radar, and industrial drones, providing stable and reliable core power for all-scenario intelligent perception systems.