Each molecule in the molded product can have a different residence time. This variance is reflected in the Residence-Time Distribution, which you can learn how to determine below.
Save time and money by properly controlling the feed-throat temperature. In some cases—but not all—it can help you solve a bridging problem.
Focus on six key metrics to help you determine when a process is lined out and stable 恩ough to start production.
Establishing a process with the widest possible cosmetic window can help put your injection molding on cruise control.
Injection molding’s most common defects can have inverse correlation, where correcting one causes the other, leading to the“chase.”
Keeping your workers safe from the coronavirus makes it extremely important to institute a sanitizing procedure on all touch surfaces of the controller, screen and operating panel. I did some research and here’s what I found.
Duplicating a process from one injection machine to another is frustrating and time-consuming. Develop a mold-specific setup sheet that works in all kinds of presses by differentiating plastic parameters from machine parameters and duplicating those plastic conditions from machine to machine, electric or hydraulic.
Are you sure your press is doing what you want? Visit your controller often to 恩sure your machines plot the pressure vs. time graph for all your processes. Here let’s focus on pack and hold.
Decompression—aka suckback—is a very important setting on an injection molding machine. On today’s machines, molders typically get the option to set decompression before and after screw rotation/recovery. Are they using this feature to their advantage?
Here are design, molding, and fixturing considerations to help you handle this unavoidable issue.
Taking time to sweat the details of clamping is not much fun, but they do make a difference in a company’s bottom line.
Static buildup on polymers can cause a variety of problems, some rather unpleasant. Yet there’s an inexpensive way to eliminate it, and we have data as proof.
To make identical parts, you need to keep fill time constant. In part one we covered the why. Here’s the how.