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Date:2026-08-10
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Empowering Embodied Intelligence · Breaking Boundaries | Qtcreate Robot Joint Motor Test Bench Debu...

From Aug 7 to 8, Qtcreate, a key exhibitor, joined the 4th “8th Night of Innovation · Embodied Intelligence Breaking Boundaries”. We showcased high-precision force-position hybrid servo control technology and robot joint motor test benches.The platform conducts comprehensive performance tests for joint modules, dexterous hands, lead screws, robotic arms and lower-limb modules. It assesses motor torque, speed, response time and other core metrics to validate motor design compliance.
Our newly-launched robot joint motor test bench adopts Qtcreate self-developed Lingdong controller, featuring stable operation and superior testing accuracy. The unit operated continuously and reliably during the event. Its powerful testing functions and live demonstration attracted plenty of industry professionals for on-site exchanges.
With over a decade of expertise in force-position hybrid servo control, Qtcreate has long focused on high-end electromechanical testing and high-precision servo control. The company specializes in electromechanical component test systems, high-precision servo control systems, and integrated turnkey test solutions. Our self-developed Lingdong series coordinated loading controllers have broken foreign technological monopolies, with core technical indicators reaching world-leading levels. The products are widely deployed in industrial scenarios such as high-end industrial verification and high-precision control, delivering robust technical support for the R&D, testing and mass production of various intelligent equipment.

Going forward, drawing on more than a decade of technological accumulation in force-position hybrid servo control, Qtcreate will continue to empower the high-quality development of the humanoid robot industry with robust domestic technologies, helping more cutting-edge intelligent technologies to be deployed in real-world scenarios and achieve breakthroughs in mass production.