Future development prospects of carbon fiber composite robots in different industries

Robot execution carriers rely on the development of new materials, rigid-flexible coupling structures, microelectronics manufacturing technologies. With the in-depth research on carbon fiber composite material R&D technology intelligent hardware, carbon fiber robots will become one of the future development directions. At the same time, graphene, carbon fiber other products involved in intelligent hardware will also provide better more accurate sensors for robot perception recognition.

The application of robots in industrialization is penetrating various industries. Since most of the smart hardware is manufactured in China, China has a large population, safe daily life is the main demand, it will also become an urgent need in the medical field. Now Suzhou Noen Composite Materials Co., Ltd. introduces four application hotspots around the future demand for carbon fiber robots.

As a pioneer in the industry, robots will develop in the direction of intelligence, efficiency, flexibility, standardization, modularization, systematization with the advancement of basic industries manufacturing processes, the lightweight low energy consumption characteristics of carbon fiber production materials, the deep integration with sensing technology, intelligent technology, virtual reality technology, network technology, etc. Industrial robots will develop in the direction of intelligence, efficiency, flexibility, standardization, modularization, systematization. More attention will be paid to the needs of carbon fiber composite materials their manufacturing processes, the application fields will also be promoted the automotive industry to electronic assembly manufacturing, mechanical processing, logistics handling.

Due to its excellent properties such as high temperature resistance flame retardancy, carbon fiber is applied to the firefighting field. As firefighting equipment made of special materials, it can replace firefighters to approach the fire scene to implement effective firefighting rescue operations, carry out various fire scene reconnaissance tasks, especially in dangerous places places it is difficult for firefighters to approach. The application of firefighting robots will greatly improve the fire department's ability to extinguish malignant fires, play an important role in reducing national property losses casualties of firefighting rescue personnel. Therefore, carbon fiber robots are expected to become the main force in the field of firefighting.

In recent years, a wearable exoskeleton rehabilitation robot has emerged. The wearable exoskeleton rehabilitation robot is designed based on the bionic principle combined with ergonomics. It can be comfortably worn on the affected limb. Each degree of freedom on the robot corresponds to a separate drive device. Therefore, it can ensure that its movement is coaxial with the human body's degree of freedom, which can achieve more natural effective rehabilitation training. It is mostly used for late rehabilitation training assistance for the disabled. There is huge room for the development of medical robots in the future.

Intelligent transportation driverless driving have become the mainstream of future automobile development. As they greatly improve the efficiency safety of the transportation system, they will become the main market of the future automobile industry. Carbon fiber composite materials have been applied to automobile parts. In the future, intelligent transportation driverless driving will enter people's lives provide convenient transportation for travel.

The use of carbon fiber composite materials in robots only provides a creative case for the design of intelligent machinery, but also provides new ideas for the application of carbon fiber composite materials in intelligent machinery. The application of carbon fiber composite materials in other fields will also become more more extensive.