Industrial robots are automated robots that utilize modern electronic technology and mechanical hand and foot joints to mimic human movements and perform work in special hazardous areas.
It is a branch of robot applications, similar to robots, that is a reprogrammable and multifunctional job used to transport materials, parts, tools, or execute a specific action command, and has a specialized system that can change programmable actions to perform different tasks.
The application industries of industrial robots include automotive, electronic and electrical, rubber and plastics, metallurgy, food, pharmaceuticals, cosmetics, etc. Generally classified according to the following four aspects.
Program input methods: programming input type, teaching input type;
Motion coordinate forms: articulated machines, cylindrical coordinate robots, Cartesian coordinate robots, parallel robots, planar articulated robots;
Drive modes: hydraulic drive, pneumatic drive, electrical drive; Application areas: Welding, assembly, handling, palletizing, polishing, cutting and processing robots, etc.
Choosing a suitable industrial robot requires attention to the following aspects:
1. Determine the application scenario, whether it is used for handling, welding, palletizing, stamping, or other special applications.
2. Determine its available load, in layman's terms, how many pounds it can lift.
3. Understand its repeated positioning accuracy, the difference between ± 0.8 and ± 0.08 is quite large!
4. Determine its degrees of freedom and choose a four axis or six axis robot.
5. Look at its running speed, which is also very important. Slowly swallowing is not a good robot.
6. Clearly define the arm length of the robot, which is its working radius.
7. The level of protection needs to be increased if working in special environments.
8. Overall weight, in special cases such as inverted installation on ground rails, weight needs to be considered.
In today's highly automated industrial field, Kewei robots have become a powerful assistant for many enterprises to improve production efficiency and optimize product quality due to their product performance and technological advantages.
The primary advantage of Kewei Robot lies in its robot technology and process. By adopting advanced sensors and control systems, high-precision and high-speed operations can be achieved. Whether it is complex assembly tasks or fine material handling, they can be easily handled, ensuring that each action is accurate and error free, greatly improving the accuracy and consistency of production. Can quickly adapt to different working environments and production needs, whether it is high temperature, high humidity, or harsh dust environments, and can operate stably. Moreover, through simple programming and adjustments, it is possible to quickly switch production tasks and flexibly respond to market changes and diverse customer needs.
In terms of load capacity, the powerful mechanical structure and power system of Kewei robots enable them to easily transport heavy objects, greatly expanding their application range. From large mechanical components to bulk finished goods, they can be handled properly.
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