Carbon fiber special-shaped plates use continuous carbon fiber or woven fabric as reinforcement, matched with epoxy resin matrix, and are prepared by molding, autoclave or vacuum bag molding process. They can realize high-precision complex special-shaped structures (such as integrated curved surfaces, hollowing and stiffeners), perfectly adapting to various non-standard engineering needs. The product has a tensile strength of more than 3500MPa, an elastic modulus of about 240GPa, and a density of only 1.6g/cm³, achieving extreme lightweight while maintaining excellent mechanical properties and structural stability.

In the field of high-end equipment, carbon fiber special-shaped plates are the core material for lightweight design: in aerospace, they are used for complex components such as wing leading edges and cabin structural parts; in UAVs, they are used for stressed components such as frames and arms, which can greatly improve endurance and load capacity; in medical devices, they are used for rehabilitation braces and surgical instruments, combining strength and biocompatibility; in industrial equipment, they are used for robotic arms and automated equipment structural parts, achieving efficient weight reduction and precision maintenance.