Explaining the advantages of carbon fibre robotic arms

the current situation, with the increase of labor costs the problem of labor shortage, the demand for robots in various industries is gradually increasing. Industrial robots will become an increasingly important part of industrial automation.

       The robotic arm is the most widely used device in the field of robotics. So what are the advantages of using carbon fiber composite materials to manufacture it? Let's take a look together.

As a moving part, the robot arm generally needs to complete various predetermined movements. The choice of material determines the dynamic static performance of the robot arm. First of all, weight-reducing materials are a good choice for making robot arms.

Good choice, the weight of the robot arm only affects its convenience of movement, but also directly affects the consumption of driving movement. The robot arm needs to move needs good controllability. It cannot be too bulky. The lighter the weight, the smaller the inertia of rotation. The density of high-strength steel is 7.8g/cm3, the density of aluminum is 2.7g/cm3, the density of carbon fiber composite material is only 1.7g/cm3, so the robot arm made of carbon fiber composite material is currently

The lightest of the previous materials, making the robot arm easier to operate.

The robot arm cannot break when bearing gravity, which means that the material used to make the robot arm must have mechanical properties. The characteristics of carbon fiber composite materials are only light in weight, but also have better strength.

Excellent, better than steel in strength, carbon fiber composite materials have the most outstanding comprehensive indicators of specific strength specific modulus among existing structural materials. In a certain temperature difference, metal materials will experience corresponding creep,

Although the creep is small, it still affects the operating accuracy of the robot arm. Carbon fiber is different metal materials. Its thermal expansion coefficient is small. It can maintain the minimum creep property zero to 200°C, ensuring

Accuracy.

      Considering all factors, the carbon fiber robotic arm has a very broad application prospect. Wuxi Weisheng New Material Technology Co., Ltd. is a carbon fiber manufacturer that mainly produces carbon fiber products for aviation military industry, medical equipment, transportation tracks, etc. It uses high-quality raw materials insists on bringing high-quality carbon fiber products to customers. As a moving component, the robotic arm generally has to complete various predetermined movements. The choice of material determines the dynamic static performance of the robotic arm. First of all, weight-reducing materials are a good choice for making robotic arms. The deadweight of the robotic arm only affects its convenience of movement, but also directly affects the consumption of driving the movement. The robotic arm needs to move needs good controllability. It cannot be too bulky. The lighter the weight, the better the performance.