The entire industry is launching new injection molding robots. The industry has been growing fast, and there is constant competition among the manufacturers. In this article, we’ll look at some exciting new projects launched in the marketplace, how they work and what people say about them.
Check the status of the injection molding robot.
To prevent mistakes, it is necessary to check each position of the injection molding robot. To contain errors, check the following points.
Check that when pressing forward, the screw does not rotate. If it does, stop the operation and adjust it again.
Turn on the exhaust fan for about a minute to ensure no foreign matter is in the exhaust passage.
Start heating and preheating with set temperature requirements (depending on material and process requirements).
Ensure the melt supply is normal
Check whether the nozzles, pipelines, and filters are clean to ensure that the melt supply is sufficient and can be supplied smoothly.
Use a cleaning brush to clean the nozzle. The cleaning brush has two sides: one is used for cleaning mold surfaces, and the side is used for removing foreign matter in the nozzle orifice. Use a vacuum cleaner to clean pipelines and filters regularly after each molding cycle (usually once every 10 minutes).
Check that the screw does not rotate when pushing forward
It is necessary to check whether or not the screw rotates when moving forward in an injection molding machine because if it does, it will cause severe damage to other components, such as gates and runners. If you find any problems, please get in touch with us immediately so we can solve them together!
Ensure that the exhaust passage is unobstructed
Turn on the exhaust fan for about a minute to ensure no foreign matter is in the exhaust passage. This will help prevent any problems with your injection molding machine.
If your exhaust fan has been cleaned and is still not working correctly, it may be time to replace it. Contact the manufacturer if you are unsure what type of motor is in your injection molding machine.
Turn on the heating and start preheating
-The temperature of the mold should be kept at a certain level.
-The set temperature depends on material and process requirements.
-You can change this by adjusting the heating system.
The heating system is designed to adjust the mold temperature within a very narrow range. This ensures that the thermal expansion and contraction of the mold, as well as its temperature changes, are kept to a minimum. The heating system consists of one or more heaters depending on the size of your mold and uses electricity or natural gas.
Confirm that there is no leakage of heating, cooling water, or air
Close the mold clamping system to confirm no heating, cooling water, or air leakage.
The whole industry is launching new injection molding robots. It has been widely used in the automobile, shipbuilding, and other industries.
The whole industry is launching new injection molding robots.
The price of an injection molding robot can be as high as $100,000, and that’s just the beginning. The cost of programming and configuring the machine to do what you want it to do will also be high. The good news is that once you’ve purchased your equipment and set it up, there are a few ongoing costs associated with using an injection molding machine–the only recurring expense being electricity (and perhaps maintenance).
It’s a good idea to check all these points before starting the injection molding process. If any problems are found during the check, we should solve them as soon as possible.