Beetronics has received DNV Type Approval for a wide selection of its metal monitors and touchscreens. The approval validates the product series against the applicable DNV framework, supporting their use across a wide range of maritime environments, from ships to offshore installations and high-speed craft.
Perch Design Studio, based in Southern Maine, selected Beetronics touchscreens to power the interactive displays at the EcoTarium’s new Rocketry exhibit in Worcester, MA. By integrating Beetronics industrial-grade displays, Perch created reliable, intuitive interfaces that immerse visitors in the excitement of rocket design and launch.
Quiosk, a Dutch developer of autonomous vending solutions, relies on Beetronics high-brightness touchscreens to power the user interface of its outdoor self-service kiosks. The company recently rolled out its 250th unit and, with over 20 new locations added in July alone, is on track to surpass 300 installations later this year.
We’re expanding our lineup with two new 32-inch models: a 32-inch monitor, the 32HD7M, and a 32-inch touchscreen, the 32TS7M. Until now, the 27-inch models were the largest format available across both series, but by popular request we’ve developed an even larger option while maintaining the same uniform architecture, reliability, and functionality that define the entire range.
Electric Marine Support (EMS), the marine electrical engineering specialist based in Rotterdam, has selected Beetronics marine monitors and touchscreens as a standard component in its bridge solution projects. The displays are now integrated across a wide variety of vessels, from small yachts to large commercial ships, where they deliver reliable performance, precise dimming control and long-term compliance with the rigorous demands of the marine environment.
The Austrian company Gassner, based in Bergheim, selected Beetronics touchscreens to support the digitalization of its weighing and access terminals for municipalities, industrial sites, and recycling companies.
The new models build on the proven foundation of the existing lineup and have been refined with a reinforced steel casing, slimmer bezels and smart, application-specific features that strengthen both durability and performance.
When people look at a display, they usually focus on resolution, brightness, backlight type, or response time. But one of the most decisive factors in determining whether a screen is suitable for a particular application or environment often goes unnoticed. It has nothing to do with the panel itself. It is about how the different layers are connected. This process is called bonding.
Touchscreens have become an integral part of how we interact and communicate, not only with technology but also with each other and society as a whole. Even at this very moment, there’s a good chance you’re reading this on a touchscreen device. But have you ever stopped to consider how this technology actually works, what types of touch systems exist, and which are best suited for different applications? Let’s take a closer look at the technology behind the displays we use every day.
The rapid pace of digitalization has kept display technology in constant motion. In just a few decades, the industry has moved from bulky cathode ray tubes, the heavy TV cabinets that once defined how we saw the world on screen, to today’s ultra-thin OLED panels that push the boundaries of color, contrast, and design. In between, entire generations of technology have appeared and disappeared, some gradually refined, others abandoned, and new approaches continue to surface at a remarkable pace.
Ludlow Electrochemical Hardware, based in Queensbury, NY, has selected Beetronics touchscreens as the human-machine interface (HMI) solution for its hydrogen and fuel cell testing systems. By integrating Beetronics industrial-grade displays, Ludlow delivers dependable, user-friendly operator interfaces for researchers and engineers working to advance clean energy innovation.
