Healthcare organizations manage large amounts of critical data every day. From patient records and medical devices to laboratory samples and medication tracking, accurate information is essential for patient safety and productivity. One technology helping improve healthcare data management is the use of 2D barcoding types. Unlike traditional one-dimensional barcodes, 2D barcodes can store more information in a smaller space. They…
Defense and aerospace systems rely on interfaces that work every time, even in harsh environments. From avionics and military vehicles to portable communication systems, membrane switch design helps operators control critical equipment safely and reliably. Military membrane switches must handle vibration, moisture, temperature swings, chemical exposure, and constant use without failing. They also need to…
After nearly five decades of dedication, craftsmanship, and commitment to quality, Leo Dudek is retiring from Design Mark after 49 years with the company. His career reflects not only the evolution of industrial printing and color matching technology, but also the people and culture that continue to define Design Mark today. Leo began his journey…
ITAR Supplier: What Defense Buyers Want in UI Labels Defense and aerospace companies need reliable suppliers. When they choose an ITAR supplier, they want to ensure the company protects sensitive information. They also want it to follow quality standards and produce dependable products. For membrane switches, overlays, faceplates, and equipment labels, buyers rely on quality, security,…
Military and aerospace teams often work in dark, dim, or high-stress settings. Operators must read controls fast and act with confidence. Military graphic overlays help make this possible. A graphic overlay is the top layer of a control panel or user interface. It shows text, icons, symbols, buttons, windows, and warning areas. In military and aerospace…
Shielded membrane switches help military and aerospace systems operate reliably in demanding environments. Engineers design them to block electrical noise (EMI) and manage static electricity (ESD). This protection keeps interface controls working as expected. It reduces the risk of false inputs, signal issues, and system failures in mission-critical HMI applications. These challenges are common in…