Core Viewpoint - The company is actively developing high-performance polymer composite materials for applications in robotics, focusing on lightweight and high-strength characteristics [1] Group 1: Product Development - The company’s polyamide and polyphenylene sulfide reinforced materials can be used in various robotic components such as shells, trunks, joints, and gears [1] - Carbon fiber is highlighted as a preferred alternative to metal materials for lightweight rigid shells in robots due to its high performance and aesthetic qualities [1] - The company has engaged in technical exchanges with multiple robotics manufacturers, with some clients currently testing samples [1] Group 2: Market Engagement - The company has received small batch orders for carbon fiber products from a humanoid robot shell project with a major client [1] - The company plans to continue collaborating with leading clients on joint development projects, innovating the use of carbon fiber to replace metal in robotic exteriors [1] Group 3: Strategic Focus - The company aims to explore multi-component solutions to replace metals, contributing to the lightweight upgrade of robots [1] - Despite the current humanoid robot industry being in its early development stage, the related business orders represent a small proportion of the company's overall performance [1] - The company has a clear future strategy to accelerate scene development in emerging fields such as new energy vehicles, low-altitude flight, and robotics, particularly in modified plastics and carbon fiber products [1]

Core Viewpoint - The company is actively developing high-performance polymer composite materials for applications in robotics, focusing on lightweight and high-strength characteristics, particularly through the use of carbon fiber as a metal substitute [1] Group 1: Product Development - The company's high-performance polymer composite materials, including polyamide and polyphenylene sulfide reinforced materials, are suitable for various robotic components such as shells, trunks, joints, and gears [1] - Carbon fiber is highlighted as a preferred alternative to metal materials for lightweight rigid shell solutions in robotics, offering high performance and aesthetic qualities [1] Group 2: Market Engagement - The company has engaged in technical exchanges with multiple robotics manufacturers and is currently conducting sample tests with some clients [1] - A small batch order has been received for carbon fiber products related to a humanoid robot shell project from a major client [1] Group 3: Strategic Focus - The company aims to continue collaborating with leading clients on joint development projects, innovating the use of carbon fiber to replace metal in robotic exteriors, thereby achieving both lightweight and stylish product designs [1] - Future exploration will include multi-component solutions to further replace metal, supporting the lightweight upgrade of robotics [1] - Despite the potential, the current orders from the humanoid robot sector represent a small proportion of the company's overall business and do not significantly impact current operational performance [1]