Application field of carbon fiber manipulator

1. Industrial equipment

The robotic arm can move any workpiece according to the spatial position and work requirements to complete the equipment components required by an industrial production. As an important moving part of the robot, the carbon fiber manipulator can meet the lightweight requirements of the manipulator. The specific gravity of carbon fiber is about 1.6g/cm3, while the specific gravity of the traditional material used for the manipulator (take aluminum alloy as an example) is 2.7g/cm3. Therefore, the carbon fiber robotic arm is the lighter one among all robotic arms so far, which can reduce the weight of industrial robots, thereby saving energy consumption, and lightweight is also very helpful for improving precision and reducing product scrap rate.

Moreover, the carbon fiber mechanical arm is not only light in weight, but also its strength and rigidity cannot be underestimated. The tensile strength of aluminum alloy is about 800Mpa, while the carbon fiber composite material is about 2000Mpa, the advantages are obvious. Industrial carbon fiber manipulators can replace the heavy labor of people, significantly reduce the labor intensity of workers, improve working conditions, increase labor productivity and the level of production automation.

2. Medical field

In the field of surgery, especially in minimally invasive surgery, robots can achieve precise control of surgical instruments. The application of carbon fiber robotic arms in surgical operations can increase the doctor’s field of vision, reduce hand tremors, and facilitate wound recovery. And greatly improve the performance of robots and the accuracy of surgery, but in fact, it is not uncommon for carbon fiber composite materials to be used in the medical field.

The well-known da Vinci surgical robot can be used in general surgery, thoracic surgery, urology, obstetrics and gynecology, head and neck surgery, and cardiac surgery for adults and children. In minimally invasive surgery, because they allow unprecedented precision control of surgical instruments. During the operation, the chief surgeon sits in the console, operates the control through the 3D vision system and the motion calibration system, and completes the doctor’s technical movements and surgical operations by simulating the carbon fiber robotic arm and surgical instruments.

3. EOD operations

EOD robots are professional equipment used by EOD personnel to dispose or destroy suspicious explosives. When faced with danger, they can replace security personnel to conduct on-the-spot investigations, and can also transmit images of the scene in real time. In addition to being able to carry and transfer suspected explosives or other harmful items, it can also replace explosives personnel to use explosives to destroy bombs, which can avoid casualties.

This requires that the EOD robot has a high grasping ability, high accuracy, and can bear a certain weight. The carbon fiber manipulator is light in weight, several times stronger than steel, and has less vibration and creep. The operation requirements of the EOD robot can be realized.

The above is the content about the application field of carbon fiber manipulator introduced to you. If you don’t know anything about it, welcome to consult our website, and we will have professional people to explain it to you.