On July 24, 2025, Xiamen LFT Composite Plastic Co., Ltd. (LFT-G) successfully participated in the Humanoid Robotics Industry Chain Forum held in Shenzhen, where we showcased our advanced long carbon fiber reinforced thermoplastic materials to key players across the robotics value chain.

This event, organized by Aibang, gathered experts, manufacturers, research institutions, and material innovators to explore the future of humanoid robotics in China and beyond.

Materials That Enable the Future of Robotics

At our booth, LFT-G presented cutting-edge long carbon fiber modified materials known for their:

Lightweight structure

High stiffness

Superior impact resistance

Excellent fatigue performance

These materials offer significant potential in enhancing robot movement efficiency, structural durability, and energy savings—especially for components such as joints, frames, and functional modules in humanoid robots.

Expert Insight from Our Technical Director

A key highlight of the forum was the keynote speech delivered by our Technical Director, Mr. Shusheng Reng, focusing on:

"Performance Advantages and Innovative Development of LFT Composites in Robotics Applications."

In his presentation, Mr. Reng shared how long fiber reinforced thermoplastics (LFTs) are accelerating the transformation of the robotics industry.
He highlighted the core advantages of LFT composites, including:

Lightweight structure for improved energy efficiency and motion control

High stiffness and impact resistance for structural integrity and durability

Superior fatigue performance, ensuring long-term reliability under dynamic loads

Mr. Reng also emphasized LFT-G's ongoing innovations in robotic applications, such as their use in joint components, skeletal frameworks, and intelligent exterior modules.

As the industry moves toward metal-to-plastic substitution, LFT-G is actively driving this shift by providing high-strength, low-density materials that meet or exceed the mechanical performance of traditional metals—while enabling more efficient design, faster manufacturing, and reduced overall system weight.

Growing Demand, Greater Innovation

According to market research shared at the event:

China's humanoid robot market is expected to grow from RMB 2.76 billion in 2024 to RMB 870 billion by 2030.

Key drivers include AI large model integration, hardware localization, and national policies such as MIIT’s “2025 Tech Breakthrough Goals.”

Advanced materials will be crucial in meeting these technological demands. Beyond structural applications, polymers like carbon fiber-reinforced PEEK, 3D printed PA66, TPU-silicone composites, and even liquid-metal embedded systems are enabling new levels of performance and functionality.

Collaboration & Outlook

Participating in this forum allowed LFT-G to:

Engage directly with leading robot manufacturers and academic institutions

Showcase our commitment to innovation in lightweight, high-performance composites

Explore future partnerships in robotics R&D and material standardization

Moving Forward

LFT-G is proud to contribute to the transformation of the robotics industry through next-generation materials. We will continue to support intelligent manufacturing with composite solutions that offer strength, precision, and efficiency.

Stay tuned for more updates as we bridge material science and robotics innovation—from Shenzhen to the global stage.