When a California-based medical company was assembling its new infusion pump, they knew it was critical for every part to work perfectly and be free of defects. One of the most important parts was a custom rear housing that encases all of the internal components of the device. Having worked extensively with GMN in the past, they knew they could trust our team with the production of this vital component.
When developing a user interface, it’s important to consider what the user needs to see during an interaction. For certain applications, calling attention to an indicator or warning light while keeping others hidden can be crucial. For situations where eliminating distractions, keeping a clean aesthetic, and emphasizing certain switches or indicators is imperative, look no further than dead front printing.
In our previous blog, we talked about the different kinds of resistive touchscreens and how they compare. While resistive screens offer a high level of versatility, another one of the most widely used touchscreen varieties is the projected capacitive touchscreen. Below, we’ll be discussing the key features and advantages that make projected capacitive technology such a popular touchscreen option.
In today’s world, touchscreens are omnipresent and expected by users on almost any interface system. Widely used in a variety of industries, there are many different types of touchscreen constructions available. Once you have decided to use a touchscreen, there are important design considerations to take into account. How should the touchscreen function when interacted with? Does it need to be durable enough for heavy usage and millions of actuations? Should it be incredibly precise and not require any calibration?
Bonding together two substrates is a crucial part of designing a new product. However, some difficulties can arise with traditional bonding methods. For years, mechanical fasteners, liquid adhesives, and ultrasonic welding methods were frequently used to adhere substrates together. While all of these approaches have their merits, each of them can pose significant drawbacks as well.
Continuing the annual tradition since 2016, GMN Aerospace has once again donated to the Pacific Northwest Aerospace Alliance (PNAA) scholarship fund. As a custom manufacturer and an experienced aerospace supplier, we understand that strengthening and supporting the future of aerospace right here in the Pacific Northwest is crucial.
Throughout March of 2020, more and more cases of COVID-19 were tested and confirmed in the United States. As more patients were stricken, doctors, nurses, and other front-line responders struggled to find adequate PPE (personal protective equipment). Many responders were beginning to create their own makeshift masks, face shields, visors, and more. Knowing that GMN could pivot some resources and equipment to help produce PPE and alleviate the shortage, we began working on the new challenge.
The COVID-19 outbreak prompted GMN China to extend the Lunar New Year holiday by more than ten days. Fortunately, the region is showing early signs of recovery as the number of cases is gradually slowing. In alignment with the guidelines from local health authorities and medical professionals, GMN China has resumed its operations and is on track towards meeting production commitments and deliveries.
In a recent blog, we discussed how elastomer keypads offer unparalleled design flexibility to fit your product’s unique feel and specifications. Once you have decided on using an elastomer keypad, it is important to create an optimal customer experience by tailoring the exact feel of each button. Depending on the application, there are several design considerations to take into account.
When a Washington-based contract manufacturer was working to improve a new, technologically-advanced streetlight, they discovered that the lamp assembly wasn’t equipped to work reliably in harsh environments. The existing O-ring gasket utilized for sealing the lamp cover did not provide adequate protection against liquid ingress. As a result, the electronic components within the lamp were susceptible to possible damage and malfunction.