tic arm can complete many tasks of complex automatic robots, but the production and usage costs are much lower than those of automatic robots. At the same time, the range of use is wider, with greater flexibility and mobility compared to automatic robots.

5. It will play a huge role in optimizing production in industries such as automobile manufacturing, home appliance video, metal manufacturing, casting, aviation, papermaking, food and tobacco, glass ceramics, pharmaceuticals, chemical and petroleum.

Working principle of Swimming arm forging robot

By detecting the air pressure in the suction cup or manipulator end clamp and balance cylinder, it can automatically identify whether there is a load on the Robotic arm, and automatically adjust the air pressure in the balance cylinder through the pneumatic logic control circuit to achieve the purpose of automatic balance. When working, heavy objects seem to be suspended in the air, which can avoid collisions during product docking. Within the working range of the Robotic arm, the operator can easily move it to any position from front to back, left to right, up and down, and the operator can easily operate it. At the same time, the pneumatic circuit also has interlocking protection functions such as preventing accidental operation and loss of voltage protection. It is very important to note that the complete pneumatic balance crane does not require an electrical control system, only compressed air and vacuum source (depending on the working condition) can work, which is very convenient.