One could argue that the display is the most critical component of a device as consumers interact with it the most. To support custom user-interface programs, GMN offers a host of in-house display testing services to guide design decisions and maintain quality throughout production.
GMN is proud to share that our very own April O’Donahue, Senior New Program Manager - GMN Aerospace, was recently recognized by the Leading Ladies of Aerospace organization as part of their weekly “Wonder Women” series. Each week, the series features an influential woman in aerospace who has broken barriers and serves as an inspiration to others.
When an Original Equipment Manufacturer (OEM) was redesigning the metal trim for one of its premium refrigerator brands, they knew it would require a combination of aesthetics and durability. The trim would be featured on the interior shelves, so it had to meet strict visual standards and pass several performance tests to ensure it maintained its integrity under heavy use.
Embossing, the process of raising logos or graphic images, is a great way to augment the visual impact of any component. The tactile feel achieved 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.
When a leading auto supplier was designing the backlighting module for a new gear shift indicator (otherwise known as a PRNDL), they came to GMN to develop a custom light diffuser. The PRNDL would be featured in a line of premium vehicles, so the diffuser needed to ensure that the backlighting met strict standards for consistent brightness and uniform color in all lighting conditions.
In the final blog of our three-part series on technical printing, we will discuss the qualification procedures that technical printing projects endure.
在上一篇博文,我们描述的五个阶段development for technical printing projects. Once that process is complete and stable, the project goes through qualification procedures as it moves on to production. GM Nameplate (GMN) carefully applies these procedures with technical printing projects, especially those belonging to highly regulated industries such as aerospace and medical.
This blog is the second in our series on technical printing. In ourfirst blog, we gave an in-depth description of what technical printing is. In this blog, we will talk about how technical printing projects go from development to production.
This blog is the first in our new series on technical printing. Throughout this series, we will describe the procedures involved in creating technical printing solutions, from start to finish. To begin, this blog will focus on defining technical printing and what it’s used for.
Whether it’s etching, engraving, or cutting materials, laser technology plays an integral role in the fabrication and decoration of various components. But how do lasers exactly work? Which materials can a laser cut? What are the key advantages of utilizing lasers in the manufacturing industry? By demonstrating the working of a few laser cutters at GM Nameplate (GMN), our video will answer all the above questions.