Hall C · Booth C118
Beijing Institute of Technology Huahui Intelligent Technology Co., Ltd. is a national high-tech enterprise focusing on the R&D, production and sales of robots. As the only humanoid…
COMPANY PROFILE
Beijing Institute of Technology Huahui Intelligent Technology Co., Ltd. is a national high-tech enterprise focusing on the R&D, production and sales of robots. As the only humanoid robot industrialization company incubated by Beijing Institute of Technology, it has taken the lead in two national key R&D programs and has a highly sophisticated scientific research team that has been deeply involved in the field of underlying algorithms and core components for more than 20 years. It has achieved independent R&D and localization of core components such as robot motion control, motors, and reducers, and has also made revolutionary breakthroughs in high-burst integrated drive and bionic control. Based on technological breakthroughs and customer scenario needs, the company actively expands its composite robot business, integrating motion control algorithms, embodied intelligent large models and other technologies to provide integrated solutions. Products are widely used in special fields, border defense, scientific research and education, electric power, new retail, new catering, commercial services, intelligent inspection, industrial production and other fields.
MAIN PRODUCTS
1450*210*500mm (standing state), oriented to special scenarios, adaptable to various unstructured terrains, and can be used to replace manual work in completing high-risk tasks such as inspections and search and rescue. It has a wide temperature working capability of -20~50℃ and can cope with most unstructured terrains; our company provides 7*24h remote technical support; and can provide users with customized services.
The special quadruped inspection robot XR-01 is a large-scale bionic quadruped robot platform developed for special tasks. It is designed for autonomous and continuous operation in high-altitude inland environments with high temperature differences between day and night. It has high system reliability, high motion robustness, strong environmental adaptability and high load capacity. The robot body is fixedly installed with a high-energy-density intelligent battery module, which can achieve long-term unmanned battery life and rapid autonomous charging in relatively harsh environments.
8523-R17 joint, outer dimensions are Φ98 mm × 80 mm (interface can be customized), 1.5kg, peak torque 148Nm, rated torque 43.5Nm. High-explosive integrated joints are developed for the lack of ready-made products available in robotics and other application fields. They are positioned in the mid-to-high end, are cost-effective, and have broad market prospects.
5008 frameless torque motor, 5014 frameless torque motor, 7010 frameless torque motor, 8526 frameless torque motor, Halbach rotor structure, integrated magnetic ring
The double-arm folding robot is designed with an arm + rotatable head + waist motor structure, giving the robot maximum 34 degrees of freedom of motion control and high-precision trajectory planning capabilities, and can realize functions such as bending, turning, lifting, and pitching. Moreover, the robot is embedded with a large model algorithm and has the functions of autonomous recognition, autonomous learning, and autonomous decision-making, ensuring efficient, flexible, and safe work in complex environments.
The double-arm lifting and pitching robot is designed with a double-arm + rotatable head + waist motor structure, which allows the robot to work on a horizontal plane and has a stooping function to achieve bending work. The embodied two-arm pitch-lift robot is embedded with a large model algorithm and has autonomous recognition, autonomous learning, and autonomous decision-making functions to ensure efficient, flexible, and safe work in complex environments.
The single-arm lifting composite robot is a general-purpose robot composed of depth vision, bionic arms, high-precision AGV and actuators. It is specially designed for flexible intelligent manufacturing and has reliable and safe identification, grasping, obstacle avoidance and other functions. The single-arm lifting robot is embedded with a large model algorithm and has autonomous recognition, autonomous learning, and autonomous decision-making functions to ensure efficient, flexible, and safe work in complex environments.