Archive : May/2019
Tooling a part to size remains integral to the metal fabrication process. While there are several tooling possibilities including steel-rule and rotary die-cutting, laser and water jet cutting, and compound tools, which method do you employ for efficiently performing multiple operations on a metal component? The answer lies in our newest video below. By offering a peek into the functioning of progressive dies, this video clearly illustrates the many advantages of utilizing progressive die-cutting to drive productivity.
At GMN, we are not only committed to providing a safer and cleaner workplace for all our employees, but also to protect and preserve the environment for future generations. In addition to creating the highest quality products and offering outstanding service to our diverse customers, GMN also shoulders the responsibility to create a better social environment.
This year, I had the opportunity to speak at the Pacific Northwest Aerospace Alliance (PNAA) Women in Aerospace Conference on May 2nd. Accompanied by nine of my teammates, the overall conference had approximately 300 attendees and 23 speakers from over 108 companies. This marked the first time that a member of the GMN Aerospace team has spoken at this event. My speech was centered around the topic of “Expanding your horizons – Getting outside your comfort zone.”
In the manufacturing landscape, die-cutting is an indispensable fabrication process used to convert a wide range of materials into specific shapes and sizes. Whether you wish to utilize a custom-shaped silicone foam into a gasket, require a panel filler for a medical device, or simply need to cut out labels and adhesives, die-cutting allows you to efficiently cut materials in large volumes with increased consistency and accuracy.
There are several factors that dictate the type of mold or tool that is best suited for producing complex injection molded plastic parts. Understanding the requirements for part design, material type, and product life cycles are essential to evaluating and selecting the optimal mold type.