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E-mail
kindlift@163.com
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Phone
13671771943
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Address
398 Shengang Road, Shanghai
Product Categories
Qianli (Shanghai) Intelligent System Equipment Co., Ltd
Fixed column cantilever crane assisted mechanical arm
NegotiableUpdate on 03/13
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Overview
The fixed column cantilever crane assisted mechanical arm can complete three-dimensional space transfer actions such as heavy object grasping, handling, flipping, docking, and fine adjustment of angles. Provide an ideal tool for assisting in material loading, unloading, and assembly of production components. Assisting robotic arms not only reduces the labor intensity of operations and provides safe material handling, but also provides systematic solutions for special environments such as explosion-proof workshops and hazardous areas where personnel cannot enter. ...
Product Details
The assistive robotic arm can complete three-dimensional space transfer actions such as heavy object grasping, handling, flipping, docking, and fine adjustment of angles. Provide an ideal tool for assisting in material loading, unloading, and assembly of production components. Assisting robotic arms not only reduces the labor intensity of operations and provides safe material handling, but also provides systematic solutions for special environments such as explosion-proof workshops and hazardous areas where personnel cannot enter.
Under the easy operation of the operator, the assistive robotic arm can complete many tasks of complex automatic robots, while the production and usage costs are much lower than those of automatic robots. At the same time, its range of use is wider than that of automatic robots, with greater flexibility and maneuverability. It will play a huge role in optimizing production in industries such as automobile manufacturing, home appliance video, metal manufacturing, casting, aviation, as well as papermaking, food and tobacco, glass and ceramics, pharmaceuticals, chemical and petroleum industries.
The working principle of the assistive robotic arm is as follows:
By detecting the gas pressure inside the suction cup or end fixture of the robotic arm and the balance cylinder, it can automatically identify whether there is a load on the robotic arm, and adjust the air pressure inside the balance cylinder through the pneumatic logic control circuit to achieve automatic balance. When working, heavy objects are 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 back, forth, left, right, up and down to any position, and the personnel themselves can operate it easily. At the same time, the pneumatic circuit also has interlocking protection functions such as preventing misoperation and loss of pressure protection. A very important point is that the pneumatic balance crane does not require an electronic control system, only compressed air and vacuum source (depending on the working situation) are needed to work, which is very convenient.
Under the easy operation of the operator, the assistive robotic arm can complete many tasks of complex automatic robots, while the production and usage costs are much lower than those of automatic robots. At the same time, its range of use is wider than that of automatic robots, with greater flexibility and maneuverability. It will play a huge role in optimizing production in industries such as automobile manufacturing, home appliance video, metal manufacturing, casting, aviation, as well as papermaking, food and tobacco, glass and ceramics, pharmaceuticals, chemical and petroleum industries.
The working principle of the assistive robotic arm is as follows:
By detecting the gas pressure inside the suction cup or end fixture of the robotic arm and the balance cylinder, it can automatically identify whether there is a load on the robotic arm, and adjust the air pressure inside the balance cylinder through the pneumatic logic control circuit to achieve automatic balance. When working, heavy objects are 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 back, forth, left, right, up and down to any position, and the personnel themselves can operate it easily. At the same time, the pneumatic circuit also has interlocking protection functions such as preventing misoperation and loss of pressure protection. A very important point is that the pneumatic balance crane does not require an electronic control system, only compressed air and vacuum source (depending on the working situation) are needed to work, which is very convenient.
