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Servo manipulator for digital control of various hardware parts
The digital control servo manipulator is a device developed on the basis of automation equipment and according to the characteristics of stamping production, specifically for the realization of unmanned production of stamping automation. In order to adapt to the requirements of flexible production, all control functions of the press should be integrated so as to realize the menu-based management of the complete set of dies, mainly including the parameter setting of each link of the ram stroke adjustment, balancer air pressure adjustment, air cushion stroke adjustment and automation control system.
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Introduction to the development of robots in the industrial field
With the development of networking skills, the issue of networking operation of robots is also the direction of future development. Industrial robot is a high-tech automatic production equipment developed in recent decades. At present, domestic machinery in mainly used for machine tool processing, casting and forging, heat treatment, etc., the number, variety, performance aspects can not meet the needs of industrial production development.
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Manipulator common failure problems
Manipulator in the process of a long time use will inevitably appear some small problems, when the machine problems, we should be how to properly deal with it? The following for everyone for the injection molding machine manipulator in the use of common problems in the process to summarize and plan to teach you to easily and quickly deal with the failure of the post-injection molding machine manipulator problem.
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What is the difference between robots and manipulators
1. can improve the degree of automation of the production process application of manipulators, is conducive to improving the degree of automation of material transfer, workpiece loading and unloading, tool replacement and machine assembly, which can improve labor productivity, reduce production costs, accelerate the pace of mechanization and automation of industrial production.
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Benefits of robotic arms
Benefits of robotic arms: Enough to receive instructions and precisely position to a point on the 3D (or 2D) space for operation.
Zero-gravity robotic arm is an intelligent tool for space exploration
As mankind's exploration of space continues to deepen, it has become increasingly important for mankind to build and maintain artificial satellites in space, the International Space Station and other missions. In these tasks, robotic arms play an important role. In the zero-gravity environment, the traditional robotic arm can not meet the operational requirements, and then the zero-gravity robotic arm was born.