How to adjust the structure of injection molding machine manipulator? The molten plastic is injected into the plastic product mold through pressure, and is cooled to form various plastic parts. Special injection molding machine And mold, large output, low price.

Injection molding products are the most extensive, as long as there are molds, you can make products, very convenient.

With the rapid development of Industry 4.0, the traditional injection molding industry is gradually using injection molding machine robots to replace manual operations, thereby reducing heavy manual labor, improving working conditions and ensuring safe production. Improve the production efficiency of injection molding machine and stabilize products. Quality, reduce scrap rate, reduce production cost and enhance enterprise competitiveness. How do we debug in practice? 1、 The air pressure must be closed and the position must be adjusted manually to avoid damaging the friction mold and manipulator;

2、 Adjust the mode first, that is, you can turn on the air pressure, suck or clamp, and then run it manually once. You can adjust the time later, and turn on the full-automatic function after checking to check whether the alarm sensor is effective, and then start production. The debugging of injection molding machine manipulator is divided into installation debugging and production speed debugging. Speed may decrease during installation. As long as the speed is adjusted, the output will be different. You need your injection molding machine manipulator to work with the injection molding machine. The speed of injection molding machine manipulator is mostly controlled by air pressure. (boom lifting, body rotation, boom reset, etc.) These are the actions of the injection molding machine manipulator to adjust the time.

Keep the following points in mind when designing and selecting the drive system:

(1) The type of drive system is determined according to the load of the robot. In general, electric drive system can be selected for heavy load, and pneumatic drive system can be selected for light load.

(2) The pneumatic drive system is mainly used for injection manipulators at control points.

(3) For robots that need servo control, most of them use electric drive systems.