CHINGMU Showcases Cutting-Edge Robotics & Motion Control at Academic Conferences

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2025 Aug. 04

From the robotic arms performing precise tasks in factory workshops to the dexterous hands flexibly grasping in laboratories, robotics technology is advancing at a remarkably rapid pace, and the upgrade of related motion control technologies has also accelerated. Recently, as a global leader in the field of optical motion capture, CHINGMU has partnered with industry peers to showcase multiple cutting-edge technological achievements at several academic conferences. Together with top academics and industry experts, they explored the frontiers of technology, sparking a wave of technical exchanges. Let's take a look at the highlights!  

The 6th Chinese Conference on Robotics (CCRS2025)

August 1–3 · Changsha, Hunan 

The Chinese Conference on Robotics is the largest and most influential academic event in the field of robotics in China, serving as a crucial platform for gathering industry insights and driving technological innovation. This year's conference, hosted by the Chinese Mechanical Engineering Society, the Chinese Association of Automation, the Chinese Society of Astronautics, the China Society of Image and Graphics, the Chinese Association for Artificial Intelligence, the China Computer Federation, and the Chinese Institute of Command and Control, was held at the Changsha International Conference Center under the theme "Human-Robot Collaboration, Intelligence for the Future." It focused on national strategic needs such as intelligent manufacturing, defense security, and healthcare.  

The conference brought together over 200 leading experts, including academicians, in the fields of robotics and artificial intelligence. As a gold partner of the event, CHINGMU collaborated with outstanding companies like Aoyi Tech, Lingqiao Intelligence, Zhiyuan Robotics, Unitree Robotics, and Inno Robotics to present cutting-edge technologies in the exhibition area. The innovative displays drew significant attention.  

Notably, the CHINGMU exhibition area was honored to welcome distinguished industry experts such as Mao Junfeng, Deputy Director of the Consumer Goods Industry Department of the Ministry of Industry and Information Technology, Academician Wang Yaonan, and Academician Liu Hong for guided visits.  

In robot training and research, precise and rich data support is essential, requiring highly accurate motion capture systems. CHINGMU's optical motion capture system offers advantages such as high precision, low latency, and high robustness. It captures multi-dimensional key indicators like robot kinematics and dynamics, extending to fine-grained finger tracking to record various hand postures in real time. This provides research teams with leading solutions for robot motion performance evaluation, training data factories, intelligent trajectory planning, and human-robot collaborative operations.  

Zhiyuan Wheeled Robot Demonstration: Using CHINGMU's motion capture system for data training and autonomous task execution.

Unitree Humanoid Robot Performance Evaluation Demo

CHINGMU Optical Motion Capture System for Remote Operation of Aoyi, Inno, and Lingqiao Dexterous Hands

During the conference, CHINGMU, as a leading force in motion capture solutions for embodied intelligence, also sponsored the "Embodied Intelligence and Large Models Forum." CHINGMU's founder and CEO, Zhang Haiwei, delivered a report titled "Exploring the Application of Motion Capture in Embodied Intelligence Robotics Research," sharing insights on how motion capture technology provides critical data support for perception, learning, and interaction in embodied intelligence. This sparked lively discussions among attending experts.  

He emphasized: "A truly intelligent entity requires not only AI algorithms but also tight coupling with its physical form to enhance its perception and environmental interaction capabilities. Motion capture technology can help researchers train and evaluate embodied intelligence more efficiently through multimodal methods."

CHINGMU Founder & CEO Zhang Haiwei presents "Exploring Motion Capture Applications in Embodied AI Robotics Research"

The 44th Chinese Control Conference (CCC2025)

July 28–30 · Chongqing

Hosted by the Technical Committee on Control Theory of the Chinese Association of Automation, the Chinese Association of Automation, and the Systems Engineering Society of China, CCC2025 was held at the Chongqing Science Hall. As an international academic conference in control theory and technology, it aims to provide a platform for scholars and professionals worldwide to exchange the latest theoretical and technological advancements.  

As a sponsor and exhibitor, CHINGMU showcased its high-precision optical motion capture system, featuring innovations like hybrid optical-inertial glove remote operation and drone following/hovering. These demonstrations highlighted remote precision control of robots, offering efficient solutions for engineering tasks in complex environments. The display underscored CHINGMU's technical prowess in intelligent control and dynamic tracking, providing comprehensive references for robot motion control systems—from data collection to algorithm optimization—and stimulating in-depth discussions on intelligent control innovation.  

CHINGMU Optical Motion Capture System for Remote Operation of Inno, Aoyi, and Lingqiao Dexterous Hands

The 22nd National Joint Meeting of Deans/Department Heads of Mechanical Engineering Schools

July 25–27 · Kunming, Yunnan

As a key platform for exchange and collaboration in mechanical engineering, this year's meeting was hosted by Kunming University of Science and Technology at the Kunming Yun'an International Conference Center. Centered on the theme "AI Meets Mechanical Engineering in the Era of Transformation," it focused on discipline development, curriculum design, talent cultivation, and teaching reforms, serving as a bridge for academic collaboration.  

Leveraging high-precision motion capture solutions and spatial positioning capabilities, CHINGMU enables researchers to conduct precise learning and skill training for robots, capturing multimodal data and ensuring quality control across various task scenarios. This not only facilitates the alignment of academic research with industrial needs but also drives practical breakthroughs in the intelligent transformation of mechanical engineering.  

CHINGMU Optical Motion Capture System for Desktop Dexterous Hand Remote Operation Demo

Empowering the Future with Technology, Innovation Never Stops

The consecutive appearances at these three academic conferences not only garnered significant attention for CHINGMU's motion capture technologies but also built bridges between technology and real-world applications. From the intelligent transformation of mechanical engineering to breakthroughs in control technologies and innovations in robotics, CHINGMU continues to advance the precision, stability, and intelligence of robot motion control with its submillimeter-level optical motion capture and end-to-end data research support. This further validates motion capture technology as the "neural hub" for robot perception and control.  

Moving forward, CHINGMU will deepen its innovation in optical motion capture applications for embodied intelligence and engineering research, driving the evolution of robot motion control technologies. By making precise perception and flexible control core enablers for robots across industries, CHINGMU will contribute to the global advancement of intelligent technologies with the power of Chinese innovation.