In prosthetics and orthotics, carbon fiber and thermoplastics serve different roles based on patient needs. Carbon Fiber is known for its lightness, strength, and durability, making it ideal for definitive prosthetic sockets and rigid orthotic braces. It offers high tensile strength and fracture resistance, providing excellent support and stability for active patients. Thermoplastics, while less rigid, offer flexibility and comfort. They\'re often used for test sockets in prosthetics and lighter orthotic devices. Materials like Polypropylene and Copolymer are used in orthotics for their elasticity and adjustability. Overall, carbon fiber is chosen for strength and durability, while thermoplastics are preferred for comfort, and flexibility. we are offer you to carbon fiber socket for lightness rigidity, and high tensile strength. It is particularly known for its ability to maintain its shape under stress, both in tension and compression. Carbon fiber\'s bi-directional woven pattern contributes to its increased fracture resistance, ensuring uniform strength throughout the device. This makes carbon fiber an excellent choice for prosthetic sockets and orthotic braces, as it can withstand significant pressure during use.