In recent years, with the continuous improvement of their working capabilities, robots have been widely applied in many industrial production fields. Once installed, electric grippers can complete a series of mechanical grasping tasks according to instructions. Therefore, electric grippers have diverse advantages, can be sold on the market, and have received high praise. Let me tell you what the advantages of the design of electric grippers are.
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The electric gripper features integrated drive and control, and is plug - and - play, enabling it to complete various grasping tasks. Thus, no one needs to be on - site for supervision or manual operation during the process. After all, once installed, the electric gripper is closely compatible with robots of all brands on the market. The gripper drive control controller and communication module are integrated within the gripper, and the cable is directly connected to the end of the robot or the control cabinet.
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The electric gripper has a self - locking function when power is off, especially in terms of working precision. It can continue to hold the workpiece when there is a power outage, enhancing the safety of the grasping process and ensuring greater security. In short, after strictly mastering the technical key points in this regard, its operation is relatively stable and reliable. Only by strictly grasping its advanced R & D can it be more convenient to use, and its functions are worthy of recognition.
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Self - developed intelligent feedback. The designed electric gripper has functions such as grasping position and status feedback, as well as drop detection. The grasping process is easy to monitor, so it can play an important role in different applications. Therefore, grasping the uniqueness of the electric gripper design will significantly improve the market cost - performance ratio.
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Power and maintenance cost savings. Many companies are shifting from pneumatic to electric to reduce operating costs. An important aspect of this shift is to cut down on the costs of pneumatic hardware and energy.
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Check the gripping force. By using an encoder, you can determine whether the gripper has picked up the part. Some electric grippers will send this information back to the robot controller. In many applications, it is necessary to check the grip to prevent errors. Doing this at the gripper level can avoid adding other sensors to the loop, simplify integration, and reduce the total cost.
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Clean gripping. Some applications require a clean environment, as air leakage may cause contamination otherwise. In such cases, the electric gripper is a viable solution for picking up parts.
The opening and closing time of the electric gripper is 0.7 seconds, which means it can produce 85 products per minute. With 60 minutes in an hour and 24 hours a day, that is, without any rest time, the electric gripper can produce 122,400 products a day. It can operate 24 hours a day, reducing labor costs and improving production efficiency and product quality. It helps the industry enter the 4.0 era.
The above is an introduction to the advantages of the design of electric grippers. If you have any other questions, you are welcome to consult us.
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