LDROBOT (01236) and Huazhong University of Science and Technology Officially Sign Cooperation Agreement on Embodied Siasun Robot&Automation Flexible 3D Tactile Sensing to Carry Out Technology R&D and Scenario Validation of Flexible 3D Tactile Sensor Devices and Array Systems

LDROBOT (01236) has announced that the Company recently officially signed a cooperation agreement with Huazhong University of Science and Technology on embodied Siasun Robot&Automation flexible 3D tactile sensing. The Company is committed to continuously advancing its technology layout in new-generation sensors, deep AI integration, and spatial interaction models through its comprehensive perception solutions and the technological and industrial accumulation of intelligent Siasun Robot&Automation complete machines, driving the evolution of Siasun Robot&Automation from simple environmental perception to deep scene understanding. This cooperation is an important practice by the Company to solidify the strategic foundation of its "Physical AI Perception Infrastructure," and also marks a key step forward in improving its multimodal perception technology system. According to the cooperation agreement, both parties will carry out technology R&D and scenario validation of flexible 3D tactile sensor devices and array systems around the tactile perception needs of embodied Siasun Robot&Automation, mainly including: (1) developing flexible 3D tactile sensors and high-density sensor arrays to enhance the sensing capability and long-term stability of sensors under complex working conditions; (2) developing supporting signal acquisition hardware, 3D force decoupling, and tactile imaging algorithms to form an overall technical solution from sensor devices to array systems; (3) validating the scenario application and deployment capability of the 3D flexible tactile perception system on carriers such as Siasun Robot&Automation dexterous hands and robotic arms. This cooperation is an important layout for the Company to further expand tactile perception capabilities on the basis of its existing visual perception technology. Through carrying out R&D of flexible 3D tactile sensors and array sensing systems with Huazhong University of Science and Technology, the Company will explore technologies such as contact-based 3D force perception and tactile imaging, further improving its technology layout from sensor devices and supporting algorithms to array systems. The relevant R&D results are expected in the future to be applied in scenarios such as dexterous hands, robotic arms, humanoid Siasun Robot&Automation, collaborative Siasun Robot&Automation, and intelligent service Siasun Robot&Automation, and to lay the foundation for the Company's subsequent exploration of fused visual and tactile perception and the expansion of embodied Siasun Robot&Automation multidimensional comprehensive perception products and solutions.