Features multiple functions including voice interaction, facial expression imitation, and body language expression, equipped with autonomous obstacle avoidance algorithms and dynamic feedforward compensation algorithms.
15 degrees of freedom in head movement, controlled through facial motion capture data to better mimic human speech.
Self-developed small joint modules for arms and slender dexterous hands, more human-like with simulated skin, featuring multiple grasping functions.
Fully self-developed motors, reducers, controllers, LiDAR and other key robot components with maximum instantaneous torque range of 20-400N·m.
Self-developed motion control and perception algorithms for precise motion control and environmental awareness.
Secondary development of multimodal voice interaction system with sound source localization and multimodal voice interaction functions.
Enables robots to collaborate with humans efficiently and safely. It allows robots to adjust their behaviors according to human needs and intentions through communication and negotiation, achieving complementary advantages between humans and robots during task execution. This technology is applicable to scenarios such as collaborative operations in industrial production and auxiliary cooperation in medical surgeries.
By optimizing dynamic parameters and control algorithms, it enhances the motion performance of robots, including speed, acceleration, precision, and stability, enabling them to adapt to various work tasks and environmental requirements.
Integrates data from various types of sensors, such as visual, auditory, tactile, and force sensors, to achieve more comprehensive and accurate environmental perception and self-state awareness.
Led by multiple PhDs with over 10 years of research experience in robotics.
50+ patents including 20+ invention patents.
Participation in national research projects and joint labs with universities.
Team members have published over 100 academic papers in international journals.
Regular participation in international robotics competitions and technology exhibitions.
Long-term collaboration with top universities like Tsinghua University and Zhejiang University for cutting-edge robotics research.
Participation in national 863 Program and key R&D programs to advance robotics technology.
We are a high-tech enterprise specializing in the R&D, production and sales of humanoid robots, committed to advancing humanoid robotics technology and applications.
A company that publicly retails high-performance humanoid robots and realizes industrial implementation
Robots are sold all over the world
Showcased at Hangzhou major events
2022
Company founded, focusing on humanoid robot R&D
2023
First consumer-grade humanoid robot launched
2025
Product line fully upgraded, market leadership
Innovation drives our development. We encourage employees to explore new technologies and methods, providing continuous momentum for product upgrades.
Quality is our lifeline. We strictly control product quality from raw material procurement to manufacturing, adhering to international standards.
Meticulously designed.
Win-win is our goal with partners.
Led by PhDs covering mechanical engineering, electronics, computer science and control theory.
Skilled professionals ensuring product quality and manufacturing efficiency.
24/7 technical support ensuring seamless robot integration and operation.
No.86, Qiongshan Avenue, Jiangdong New District, Haikou City, Hainan Province, China
ooai@xinyueznai.com