Stretching robots are traditional task actuators in industrial robot systems and are one of the key components of industrial robots. The mechanical structure of the stretching robot is composed of mechanical components such as a ball screw and a sliding rod.
In modern industry, mechanization and automation of production have been called prominent themes and methods. With the further development of modern industry, automation has become an important pillar in modern enterprises, such as unmanned workshops, unmanned production lines, etc. can be seen everywhere. At the same time, the use of automated robots can also replace artificial high temperature, radioactive, toxic gases, harmful gases and underwater operations, protecting people's personal safety.
The stretching robot I am referring to is a tool that can mimic some movements and functions of human hands and arms. It is used in various fields to grasp, carry objects or operate tools. For example, mechanical manufacturing, metallurgy, electronics, light industry and metal stamping and stretching departments. It can be divided into four types: hydraulic, pneumatic, electric, mechanical, etc. Stretching robots are usually used as attachments for machine tools, punching machines or other machines. If used on automated machine tools or automated production lines instead of manual loading and unloading, the stretching robot does not have a separate control unit.
The electrical devices in the stretching robot include AC motors, inverters, sensors, PLCs and other electronic devices.
In the machinery industry, stretching robots can increase labor productivity, reduce production costs, improve labor conditions, reduce manpower, and create rhythmic production.