Do you know how to adjust the structure of the injection molding machine manipulator?

The use of pressure to melt plastic into plastic products mold, cooling molding to get a variety of plastic parts, there are special injection molding machine and mold, large output, low price.

Injection molding products are the most extensive, as long as there is a mold can be made, very convenient.

With the rapid development of industry 4.0, the traditional injection molding industry has gradually replaced manual operation with injection molding robots, reducing heavy manual labor and improving working conditions and safe production. Improve the production efficiency of injection molding machine and stabilize the product. Quality,, reduce reporting rate, reduce production costs, improve enterprise competitiveness, so how to debug in practice? First, you must turn off the air pressure and manually adjust the position, so as not to damage the friction mold and the manipulator; Secondly, the mode is first adjusted, that is, the air pressure is turned on, and then manually operated after inhalation or clamping - times. You can adjust the time later and then turn on the full automatic function after checking. Check whether the alarm sensor is effective, and then produce. The debugging of injection molding machine manipulator is divided into installation debugging and production speed debugging. During installation, the speed may decrease. Just adjust the speed and the production will be different. You need your injection molding machine controller to adjust the injection molding machine. Most of the speed of the injection molding machine manipulator is controlled by air pressure.

(Active arm rise, fuselage rotation, active arm reset, etc.) These are the actions of the injection molding machine operator to adjust the time.

When designing and selecting a drive system, please note the following points.

(1) Determine the type of drive system according to the load of the robot. In general, electric drive systems can be selected for heavy loads, and = pneumatic drive systems can be selected for light loads.

(2) The pneumatic drive system is mainly used for the injection molding manipulator of the control point.

(3) The electric drive system is mainly used for manipulators that need servo control.

The use of pressure to melt plastic into plastic products mold, cooling molding to get a variety of plastic parts, there are special injection molding machine and mold, large output, low price.

Injection molding products are the most extensive, as long as there is a mold can be made, very convenient.

With the rapid development of industry 4.0, the traditional injection molding industry has gradually replaced manual operation with injection molding robots, reducing heavy manual labor and improving working conditions and safe production. Improve the production efficiency of injection molding machine and stabilize the product. Quality, reduce scrap rate, reduce production costs, enhance the competitiveness of enterprises, how to debug in practice? First of all, the air pressure must be turned off and the position manually adjusted to avoid damaging the friction mold and the manipulator;

Secondly, the mode is first adjusted, that is, the air pressure is turned on and then manually run once after inhalation or clamping. You can adjust the time later and then turn on the full automatic function after checking. Check whether the alarm sensor is effective, and then produce. The debugging of injection molding machine manipulator is divided into installation debugging and production speed debugging. During installation, the speed may decrease. Just adjust the speed and the production will be different. You need your injection molding machine controller to adjust the injection molding machine. Most of the speed of the injection molding machine manipulator is controlled by air pressure. (Active arm rise, fuselage rotation, active arm reset, etc.) These are the actions of the injection molding machine operator to adjust the time.

When designing and selecting a drive system, please note the following points.

(1) Determine the type of drive system according to the load of the robot. In general, electric drive systems can be selected for heavy loads, and = pneumatic drive systems can be selected for light loads.

(2) The pneumatic drive system is mainly used for the injection molding manipulator of the control point.

(3) The electric drive system is mainly used for manipulators that need servo control.