Last week we kickstarted a five-part blog series on backlighting technologies. Our first blog provides a framework to approach any new backlighting project and overcome design challenges. In this blog, we will be focusing on the first and the most popular backlighting technology – discrete LEDs.
This month we are kicking off a five-part blog series on backlighting. The series will begin with an overview of how to approach a backlighting project and each subsequent blog will review one of the four most popular backlighting technologies: discrete LEDs, light guide film, fiber optic weave, and electroluminescence.
In a recent blog post, we discussed what optical encoders are and how they are used. Simply put, an optical encoder is an electro-mechanical component for measuring position, velocity, and acceleration. GMN’s optical encoders have been used for years in printers, scanners, medical equipment, and much more.
When designing an electronic product, one important consideration is preventing unwanted substances from getting inside of the device. While internal components are typically protected by the main enclosure, any openings related to buttons, switches, and/or screens on the user interface can potentially allow for ingress of dust, liquids, and other substances that can cause possible damage or malfunction.
As printing equipment continues to evolve and become more efficient, it’s important to stay ahead of the curve. Always quick to embrace the latest technology, GMN’s Monroe, NC facility recently installed a new, cutting-edge digital press. Adding to the already vast array of printers and presses among GMN’s divisions, the new digital press is a perfect match for the wide variety of components manufactured at GMN.
Lithographic printing, an offset printing technique, is based on the basic principle that oil and water do not mix. It is a process in which ink is transferred from a photographic plate to a rubber blanket, which then presses the image onto the printing surface.
Although optical encoders are found in a vast number of products across multiple industries, few people know what optical encoders do or what products use optical encoders. Even in the manufacturing industry, many are either unfamiliar with optical encoders or do not know how often they are used in everyday machines and equipment.