As part of our yearly tradition, GMN has produced another custom calendar for the upcoming year. Apart from the functional value offered in helping to track the months and days of the year, these calendars also serve as a fun way to show off some of GMN’s decorative capabilities. In collaboration with our Seattle, WA Division, this year’s calendars were created at GMN’s Monroe, NC Division.
This year, we decided to make some exciting modifications to our calendar design, while still maintaining some of the same design elements as in previous years.
Pad printing is an offset printing process where ink is transferred from a cliché to the required component via a pad. Bringing together a blend of consistency, repeatability, and durability, pad printing can help you achieve intricate patterns and designs. While most decorative techniques such as screen and lithographic printing require a flat surface, pad printing is one of the very few processes that is well suited for decorating gently curved, irregular, textured, and/or cylindrical surfaces.
The multi-billion-dollar industry of smart wearables is becoming ubiquitous and witnessing revolutionary developments each day. From smart tattoos that track sunlight exposure to smart insoles that monitor your footsteps, smart technological advancements are clearly pushing the boundaries of innovation.
Over the years, GMN has celebrated many triumphs with SuperGraphics, our large format graphics and signage company, including the invention of the bus wrap and claiming the Guinness World Record for largest mural ever made. The SuperGraphics business has long served as a vital part of the GMN business and we have deeply enjoyed the work we produced and the customers we collaborated with in the process. While focusing on and expanding our core business, GMN has decided to sell SuperGraphics to an experienced group of current employees who will foster a bright future for the company.
In this second blog of our series on high-volume technical printing, we will be discussing the various screen printing equipment options GM Nameplate (GMN) has available for technical printing. We will examine the different attributes of each type of printing press and assess how they can influence your projects.
At GM Nameplate, we believe that companies that have fun together, thrive together. Every year, GMN employees have a great time getting into spirit when Halloween rolls around. Once again, GMN celebrated Halloween with style and enthusiasm by showcasing some amazing team and individual costumes, as well as inventive decorations. We hope you enjoy this peek into a couple of the costumes that were featured.
Embossing, the process of raising logos or graphic images, is a great way to augment the visual impact of any component. The tactile feel realized as a result of the raised design reinforces the aesthetic appeal of a product. Embossing is one of the most versatile metal decoration techniques employed by a wide array of industries.
GMN has extensive experience in technical and functional printing for applications across numerous industries. As we have acquired and developed these expertise over the years, we have also amassed a range of processes, technologies, and know-how through which we can produce these products. As a result, GMN is capable of handling virtually any screen-printed technical printing project with volumes and complexities ranging from low to high.
The world of design engineering and manufacturing is gradually changing. Cumbersome liquid adhesives are being substituted with pressure-sensitive adhesives. Bulky metal housings are being traded for flexible EMI shielding foils and fabrics. Very high bond (VHB) tapes are taking the place of classic O-rings. By replacing and improving these traditional practices, die-cut components are prompting us to address design challenges in a more effective and efficient manner.
During the week of September 10th through the 14th, the GMN Aerospace team participated in another value stream team (VST) event with The Boeing Company, this time focusing on the front-end process flow. The goal of this event was to reduce overall processing time between the Aerospace document review process and the art department by 50%, a flow that is critical for keeping things running smoothly through the plant.