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Collaboration among all parties to promote the application of carbon fiber composite materials in the field of embodied intelligence

Date:2026-04-10Source:Views:

Recently, Everbright Tongchuang, Beijing Zhongke Huiling, and Delos Intelligence signed a cooperation framework agreement in the field of humanoid robots and embodied intelligence. The three parties plan to carry out targeted research and development cooperation around the application of lightweight materials for the structural and appearance components of humanoid robots, based on their respective expertise in machine design, material technology, and algorithm fields. The purpose of this collaboration is to explore a collaborative model of "technology research and development+process validation", with the expectation of providing material science and structural technology support for the engineering improvement of Zhongke Huiling CASBOT Lingbao series humanoid robots.  

Robot conceptual diagram.jpg

As enterprises with certain accumulation in the fields of whole machine design, material forming technology, and AI algorithms, the three parties plan to improve the performance of robots in key indicators such as impact resistance and energy efficiency through this cross-border cooperation, and jointly explore the application of humanoid robots in industrial level scenarios, actively laying out the long-term development of embodied intelligence industry.
Bromake Guangda Tongchuang is actively researching and developing carbon fiber composite materials for intelligent applications, providing customers with comprehensive lightweight material solutions. The company is committed to building an integrated system of "simulation design process", exploring the integration of shell functions and upgrading the appearance texture; At the same time, relying on the joint development of leading enterprises and flexible supply chain resources, we provide comprehensive research and development support for the engineering iteration and technical verification of humanoid robots.

Preliminary model of robot.jpg